Intelligent Decision Technologies - Volume Pre-press, issue Pre-press

Authors: Chen, Haifeng

Article Type: Research Article

Abstract: With the rapid development of the economy, the power supply has also shown an increasing trend year by year, and many loopholes and hidden dangers have emerged during the operation of the power grid. The power grid may be subject to malicious attacks, such as hacker attacks, power theft, etc. This may lead to security risks such as power grid system paralysis and information leakage. In order to ensure the quality of power supply, it is necessary to optimize the distribution of electricity and improve power supply efficiency. This article pointed out the security performance issues of power Internet of …Things (IoT) terminals and analyzed the design and implementation of a vulnerability mining system for power IoT terminals based on a fuzzy mathematical model simulation platform. This article used a fuzzy mathematical model to quantitatively evaluate the security performance of power IoT terminals, providing an effective theoretical basis for vulnerability mining. Based on the analysis of vulnerability mining technology classification and vulnerability attack process, this article characterizes vulnerability parameters through fuzzy mapping. Based on the collected vulnerability data and the online and device status of power IoT terminals, fuzzy logic inference is used to determine and mine potential vulnerability issues in power IoT terminals. This article aimed to improve the security performance of power IoT terminals and ensure the safe and stable operation of the power system. By testing the number of system vulnerabilities, vulnerability risk level, and vulnerability mining time of the power IoT terminal vulnerability mining system based on fuzzy mathematical models, it was found that the power IoT simulation platform based on fuzzy mathematical models has fewer terminal vulnerabilities. The fuzzy mathematical model can reduce the vulnerability risk level of the power IoT simulation platform system, and the time required for vulnerability mining was reduced; the time was reduced by 0.48 seconds, and the speed of vulnerability mining was improved. Fuzzy mathematical models can promote the development of the power industry, which provides strong support for the security protection of power IoT terminals. Show more

Keywords: Power simulation platform, Internet of Things terminals, vulnerability mining systems, fuzzy mathematical model, fuzz test, fuzzy logic

DOI: 10.3233/IDT-230241

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-11, 2023

Authors: Ding, Haijuan | Zhao, Chengtao | Zhao, Debiao | Dong, Hairong

Article Type: Research Article

Abstract: An electrical Discharge Machine (EDM) is an effective spark machine that passes the sparks to get the desired shape by performing metal fabrication. In the EDM process, materials are removed between the two electrodes by transferring the workpiece’s high electric voltage and dielectric liquid. The voltage between the two electrodes is gradually increased to break down the dielectrics and remove the materials from the surface. EDM utilizes several parameters to regularize the material removal rate during this process. EDM changes its parameter for every experiment to minimize the Average Tool Wear Rate (ATWR). The existing techniques utilize a neural model …to optimize the EDM parameter. However, the traditional approaches fail to perform the fine-tuning process that affects the Material Removal Rate (MRR) and ATWR. Therefore, meta-heuristics optimization techniques are incorporated with the neural model to enhance the EDM parameter optimization process. In this work, the EDM experimental data have been collected and processed by the learning process to create the training pattern. Then, the test data is investigated using the Backpropagation Neural Model (BPM) to propagate the neural parameters. The BPM model is integrated with the Butterfly Optimization Algorithm (BOA) to select the search space’s global parameters. This analysis clearly shows an 8.93% maximum prediction rate, 0.023 minimum prediction rate and 2.83% mean prediction rate while investigating the different testing patterns compared to other methods. Show more

Keywords: Electrical Discharging Machine (EDM), Material Removal Rate (MRR), Unsupervised Pre-trained Neural Model (UPNM), Backpropagation Neural Model (BPM), Butterfly Optimization Algorithm (BOA)

DOI: 10.3233/IDT-230157

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2023

Authors: Wang, Jun

Article Type: Research Article

Abstract: From the perspective of practical development, under the premise of stable macroeconomic growth in society, influenced by spatiotemporal factors, regional economies inevitably have differences and changes, which affect various aspects of social production and life. In order to understand the spatiotemporal data evolution characteristics of regional economy, promote common regional development and the implementation of coordinated economic development strategies, this article takes the Beijing Tianjin Hebei (BTH for short here) region as an example. By combining spatial econometric models (SEM for short here), this article collects and processes economic development data from 2013 to 2022 in the BTH region, and …introduced a spatial weight matrix to conduct High-performance computing and analysis of its regional economic spatial correlation. Based on this, this article conducted in-depth research on the spatiotemporal data evolution characteristics of the BTH regional economy through the description and quantitative analysis of the influencing factors of the BTH regional economy. The empirical analysis results showed that the global Moran index (Global Moran’s for short here) of the BTH region was positive from 2013 to 2022, and the Z -values were all greater than 1.96, indicating a significant spatial correlation in the BTH regional economy. There is an imbalance in economic development in the BTH region, but with the continuous development of the region, its economic balance has improved. Show more

Keywords: Regional economies, spatial econometrics, evolution of spatiotemporal data, BTH region

DOI: 10.3233/IDT-230169

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2023

Authors: Lei, Gang | Wu, Junyi | Gu, Keyang | Jiang, Fan | Li, Shibin | Jiang, Changgen

Article Type: Research Article

Abstract: In the era of rapid development of modern internet technology, network transmission techniques are continuously iterating and updating. The Quick UDP Internet Connections (QUIC) protocol has emerged as a timely response to these advancements. Owing to the strong compatibility and high transmission speed of QUIC, its extended version, Multipath QUIC (MPQUIC), has gained popularity. MPQUIC can integrate various transmission scenarios, achieving parallel transmission with higher bandwidth. However, due to some security flaws in the protocol, MPQUIC is susceptible to attacks from anomalous network traffic. To address this issue, we propose an MPQUIC traffic anomaly detection model based on Empirical Mode …Decomposition (EMD) and Long Short-Term Memory (LSTM) networks, which can decompose and denoise data and learn the long-term dependencies of the data. Simulation experiments are conducted by obtaining MPQUIC traffic data under normal and anomalous conditions for prediction, analysis, and evaluation. The results demonstrate that the proposed model exhibits satisfactory prediction performance when trained on both normal and anomalous traffic data, enabling anomaly detection. Moreover, the evaluation metrics indicate that the EMD-LSTM-based model achieves higher accuracy compared to various traditional single models. Show more

Keywords: Multipath QUIC, network traffic, anomalous detection model, empirical mode decomposition, long short-term memory

DOI: 10.3233/IDT-230261

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-22, 2024

Authors: Zou, Wenjing | Xu, Huan | Yang, Qiuyong | Dong, Can | Su, Wenwei

Article Type: Research Article

Abstract: Currently, the data management of power enterprises faces the need to analyze data sources from multiple places. However, traditional multi-source data fabric systems have problems such as low analysis efficiency and high error rates, which brings great inconvenience to the data analysis of power enterprises. In order to improve the accuracy and efficiency of data analysis in data structure systems, the intelligent system architecture is applied to the construction of source data structure systems. The main modules are data collection, data matching, data integration, and data analysis. This article uses simulated annealing genetic algorithm to perform high-performance calculations on system …timing data, thus achieving data matching. This article conducted data level data integration, feature level data integration, and decision level data integration. The access survey method was used to analyze the current data management problems faced by power companies. The evaluation and analysis of general multi-source data fabric systems and multi-source data fabric systems based on intelligent system architecture were conducted using the evaluation panel evaluation method. The analysis results showed that the operational convenience of the multi-source data fabric system based on intelligent system architecture could reach 60%–80%, which greatly improved compared to general multi-source data fabric systems; the information sharing of multi-source data fabric systems based on intelligent system architecture was greatly improved; the data processing efficiency of general multi-source data fabric systems was much lower than that of multi-source data fabric systems based on intelligent system architecture; however, the symmetry of data collection and matching in the multi-source data fabric system based on intelligent system architecture was slightly insufficient, and further improvement was still needed. In order to benefit more power companies through the intelligent system architecture based multi-source data fabric system, it was necessary to strengthen the management of data collection and matching symmetry. Show more

Keywords: Data fabric, intelligent system architecture, multi-source data, electricity companies, simulated annealing genetic algorithm

DOI: 10.3233/IDT-230240

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-18, 2024

Authors: Liu, Bing | Li, Xianzhong | Li, Zheng | He, Peidong

Article Type: Research Article

Abstract: With the increasing Power Load (PL), the operation of the power system is facing increasingly severe challenges. PL control is an important means to ensure the stability of power system operation and power supply quality. However, traditional PL control methods have limitations and cannot meet the requirements of load control in the new era of power systems. This is because with the development of modern industry and commerce, the demand for electricity is gradually increasing. This article constructed a PL control and management terminal operating system based on machine learning technology to achieve intelligent management of PL, so as to …improve the operational efficiency and power supply quality of the power system. This article identified the design concept of a PL control management terminal operating system based on machine learning technology by reviewing the current research status of PL control technology. Based on the operational characteristics and data characteristics of the power system, this article selected suitable machine learning algorithms to process and analyze load data, and established a prototype of a PL control and management terminal operating system based on machine learning technology, so as to realize intelligent processing and analysis of load data and conduct experimental verification. The experimental results show that through the comparative study of 6 sets of data in the tertiary level, the difference between the system and the real tertiary level is 0.079 kw, 0.005 kw and 0.189 kw respectively. Therefore, therefore, the average difference between the predicted value and the measured value of the PL system is about 0.091 kw. This indicated that the system had high accuracy and real-time performance in predicting PL, which could effectively improve the load control efficiency and power supply quality of the power system. The PL control management terminal operating system based on machine learning technology constructed in this article provided new ideas and methods for the development of PL control technology. In the future, system algorithms can be further optimized and a more intelligent PL control and management terminal operating system can be constructed to cope with the growing PL and increasingly complex power system operating environment. Show more

Keywords: Machine learning technology, power load, management terminal, operation system， power load forecasting model

DOI: 10.3233/IDT-230239

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Li, Yujie

Article Type: Research Article

Abstract: In response to the problems of insufficient data management and low construction quality in architectural interior design, high-performance computing technology was proposed to be applied to optimize the overall effect of architectural interior design. This article proposed some solutions to the problems in interior design of buildings, and applied high-performance computing technology to building design materials, building operation data processing, etc. Furthermore, combined with multi-objective genetic algorithm, relevant experimental tests were conducted on the optimization of interior space environment design in buildings. The experimental results showed that under the algorithm proposed in this paper, the average health standard compliance of …each scheme reached 92.17%, and the average emotional requirement satisfaction reached 88.42%. The average interface detail attention reaches 84.65%, and the average environmental comfort reaches 92.87%. Under the genetic algorithm, the average compliance of health standards for each scheme was 88.14%, and the average satisfaction of emotional needs was 84.17%. The average attention to interface details was 81.18%, and the average environmental comfort was 90.30%. From the above data, it can be seen that the algorithm proposed in this paper can achieve good optimization results in the design of indoor space environment in buildings. Show more

Keywords: Big data, high performance computing, architectural interval design, space environment design

DOI: 10.3233/IDT-230171

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-12, 2024

Authors: Lichode, Rupatai | Karmore, Swapnili

Article Type: Research Article

Abstract: Incremental learning relies on the availability of ample training data for novel classes, a requirement that is often unfeasible in various application scenarios, particularly when new classes are rare groups that are pricey or challenging to attain. The main focus of incremental learning is on the tricky task of continuously learning to classify new classes in incoming data with no erasing knowledge of old classes. The research intends to develop a comparative analysis of optimization algorithms in training few-shot continual learning models to conquer catastrophic forgetting. The presented mechanism integrates various steps: pre-processing and classification. Images are initially pre-processed through …contrast enhancement to elevate their quality. Pre-processed outputs are then classified by employing Continually Evolved Classifiers, generated to address a matter of catastrophic forgetting. Furthermore, to further enhance performance, Serial Exponential Sand Cat Swarm optimization algorithm (SE-SCSO) is employed and compared against ten other algorithms, containing Grey Wolf Optimization (GWO) algorithm, Moth flame optimization (MFO), cuckoo Search Optimization Algorithm (CSOA), Elephant Search Algorithm (ESA), Whale Optimization Algorithm (WOA), Artificial Algae Algorithm (AAA), Cat Swarm Optimization (CSO), Fish Swarm Algorithm (FSA), Genetic Bee Colony (GBC) Algorithm, and Particle swarm optimization (PSO). From the experiment results, SE-SCSO had attained the maximum performance with an accuracy of 89.6%, specificity of 86%, precision of 83%, recall of 92.3% and f-measure of 87.4%. Show more

Keywords: Few shot, continual learning, classifier, optimization algorithm, learning

DOI: 10.3233/IDT-240543

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-21, 2024

Authors: Sonawane, Sandip | Patil, Nitin N.

Article Type: Research Article

Abstract: In the face of a growing global population, optimizing agricultural practices is crucial. One major challenge is weed infestation, which significantly reduces crop yields and increases production costs. This paper presents a novel system for weed-crop classification and image detection specifically designed for sesame fields. We leverage the capabilities of Convolutional Neural Networks (CNNs) by employing and comparing different modified YOLO based object detection models, including YOLOv8, YOLO NAS, and the recently released Gold YOLO. Our investigation utilizes two datasets: a publicly available weed image collection and a custom dataset we meticulously created containing sesame plants and various weed species …commonly found in sesame fields. The custom dataset boasts a significant size of 2148 images, enriching the training process. Our findings reveal that the YOLOvv8 model surpasses both YOLO NAS and Gold YOLO in terms of key evaluation metrics like precision, recall and mean average precisions. This suggests that YOLOv8 demonstrates exceptional potential for real-time, on-field weed identification in sesame cultivation, promoting informed weed management strategies and ultimately contributing to improve agricultural yield. Show more

Keywords: Object detection, sesame weed, image processing, classification, robotics weeding

DOI: 10.3233/IDT-240978

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-13, 2024

Authors: Gao, Liping | Lin, Zhouyong | Lian, Dade | Lin, Yilong | Yang, Kaixuan | Li, Zhi | Li, Letian

Article Type: Research Article

Abstract: High performance computing is a theory, method, and technology that utilizes supercomputers to achieve parallel computing, and is widely applied in various fields. The problem of thermal deviation and overheating tube explosion on the high-temperature heating surface of coal-fired boilers in large power plants is becoming increasingly prominent, seriously threatening the safe operation of power plant units. In order to solve these problems, an intelligent monitoring method for the overheating status of coal-fired boilers in large power plants is proposed. Analyze the damage mechanism of the high-temperature heating surface of the boiler, and monitor in real-time the temperature exceeding the …limit of the heating surface; Constructing gas-phase turbulent combustion models and metal wall temperature models; Analyze the energy consumption loss during the operation of coal-fired boilers, calculate the heat transfer function of the boiler, and complete the intelligent monitoring of the overheating status of the boiler heating surface. The experimental results show that the rationality of the research method is optimal at a relative height of 100 m; The equivalent heat flux density of the boiler has been improved, and the ability to control consumption losses is better; It can improve the wind power consumption capacity of the heating system. Show more

Keywords: Large power station, coal-fired boiler, heating surface, overtemperature state, intelligent monitoring method

DOI: 10.3233/IDT-240502

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Zhao, Mingguan | Li, Meng | Dong, Xinsheng | Yang, Yang | Wang, Hongxia | Ni, Yunlong

Article Type: Research Article

Abstract: With the explosive growth of electricity consumption, the demand for electricity by electricity users is increasing. As a core component of power supply, the safe and stable operation of transmission lines plays an important role in the normal operation of the entire power system. However, traditional monitoring methods for transmission line operation status face challenges such as limited accuracy, lack of real-time feedback, and high operational costs. In this paper, the Firefly algorithm is used to monitor the running status of transmission lines. Through synchronous testing with the traditional particle swarm optimization algorithm, it is found that the average accuracy …of the Firefly algorithm in voltage and current measurement is improved to 93.13% and 93.66% respectively, which is better than the traditional algorithm. Firefly algorithm shows high precision in various power equipment monitoring, the average monitoring accuracy is 95.62% and 93.06%, respectively, which proves that it has stronger performance in transmission line monitoring and can achieve more stringent monitoring requirements. Through the comparison experiment of the algorithm, it proved that the Firefly algorithm had a strong performance in the transmission line operation status monitoring, and could more accurately identify the transmission line fault, which provided a new idea and new method for the safe operation status monitoring of transmission lines. Show more

Keywords: Transmission line, firefly algorithm, state detection, particle swarm algorithm, power system

DOI: 10.3233/IDT-240211

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Shete, Suwarna | Kumawat, R.K.

Article Type: Research Article

Abstract: SOC is a crucial parameter in battery management systems (BMS), indicating the remaining amount of charge in a battery. Longer battery life and the removal of catastrophic battery damage are the results of accurate SOC assessment. Furthermore, it is crucial to have a dependable and precise estimation of SoC for an effective EV operation. Therefore, the lithium battery represents a characteristic nonlinear system, as well as the Extended Kalman Filter (EKF) algorithm proves to be a viable approach for SOC estimation. It is necessary to develop a new model called Modified EKF for SOC estimate based on EKF and KF …in order to improve the stability and accuracy of the anticipated SOC. In this instance, the statistical cumulative error is utilized to determine the SOC using the Extended Kalman filter. Higher-order statistical characteristics including homogeneity, skewness, kurtosis, contrast, and entropy are taken into consideration in order to calculate the error involved in the estimation of SOC. Here, the suggested plan is to be simulated in MATLAB, and the temporal efficacy of the suggested approach is verified. The estimated Modified-EKF MAE is 0.2681%, the estimated SoC error RMSE is 0.34051%, and the estimated MSE is 0.11595%. Show more

Keywords: Li-ion battery, battery management system, electric vehicles, Kalman Filter, SoC-Estimation

DOI: 10.3233/IDT-240735

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Kumar, Anupam | Ahmad, Faiyaz | Alam, Bashir

Article Type: Research Article

Abstract: Inspired by the fundamentals of biological evolution, bio-inspired algorithms are becoming increasingly popular for developing robust optimization techniques. These metaheuristic algorithms, unlike gradient descent methods, are computationally more efficient and excel in handling higher order multi-dimensional and non-linear. OBJECTIVES: To understand the hybrid Bio-inspired algorithms in the domain of Medical Imaging and its challenges of hybrid bio-inspired feature selection techniques. METHOD: The primary research was conducted using the three major indexing database of Scopus, Web of Science and Google Scholar. RESULT: The primary research included 198 articles, after removing the 103 duplicates, …95 articles remained as per the criteria. Finally 41 articles were selected for the study. CONCLUSION: We recommend that further research in the area of bio-inspired algorithms based feature selection in the field of diagnostic imaging and clustering. Additionally, there is a need to further investigate the use of Deep Learning hybrid models integrating the bio-inspired algorithms to include the strengths of each models that enhances the overall hybrid model. Show more

Keywords: Bio-inspired optimization, feature selection, metaheuristics, literature review, hybrid algorithms

DOI: 10.3233/IDT-241023

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-18, 2024

Authors: Zhang, Zijian

Article Type: Research Article

Abstract: Intelligent city is a product of the deep integration of information technology, industrialization and urbanization, which has a large number of intelligent mechanical products. The users widely evaluate their application characteristics, and the selection of mechanical products based on user evaluation has become a trend. Nowadays, personalized mechanical product recommendation based on user evaluation is more and more widely used. However, due to the sparse evaluation data, the recommendation accuracy needs to be improved. In this paper, the principle of matrix decomposition is deeply analyzed in order to provide useful ideas for solving this problem. The bias weight hybrid recommendation …model of user preference and rating object characteristics is proposed, and the corresponding hybrid recommendation algorithm is designed. First, estimated data obtained using the matrix decomposition principle is supplemented to the sparse data matrix. Secondly, according to the characteristics of users and ratings, initial positions were set based on the statistical distribution of high-performance computing data, and bias weights were set by incorporating each feature. Finally, the nonlinear learning ability of deep neural network learning is used to enhance the classification effectiveness. Practice has proved that the constructed model is reasonable, the designed algorithm converges fast, the recommendation accuracy is improved by about 10%, and the model better alleviates the problem of sparse scoring data. The practical application is simple and convenient, and has good application value. Show more

Keywords: Deep neural networks, high performance computing, sparsity, bias weight, intelligent city, fast setting, hybrid recommendation

DOI: 10.3233/IDT-240529

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-10, 2024

Authors: Chen, Junxiu | Xie, Weican

Article Type: Research Article

Abstract: For traffic management entities, the ability to forecast traffic patterns is crucial to their suite of advanced decision-making solutions. The inherent unpredictability of network traffic makes it challenging to develop a robust predictive model. For this reason, by leveraging a spatiotemporal graph transformer equipped with an array of specialized experts, ensuring more reliable and agile outcomes. In this method, utilizing Louvain algorithm alongside a temporal segmentation approach partition the overarching spatial graph structure of traffic networks into a series of localized spatio-temporal graph subgraphs. Then, multiple expert models are obtained by pre-training each subgraph data using a spatio-temporal synchronous graph …transformer. Finally, each expert model is fused in a fine-tuning way to obtain the final predicted value, which ensures the reliability of its forecasts while reducing computational time, demonstrating superior predictive capabilities compared to other state-of-the-art models. Results from simulation experiments on real datasets from PeMS validate its enhanced performance metrics. Show more

Keywords: Traffic flow prediction, intelligent decision technologies, louvain algorithm, expert models, fine-tuning

DOI: 10.3233/IDT-240690

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-18, 2024

Authors: Zhang, Lan | Luo, Yanling | Zhao, Yue

Article Type: Research Article

Abstract: The rapid development of mobile communication technology not only brings great convenience to users, but also brings the risk of user data privacy leakage. Due to the broadcasting nature of mobile communication transmission, open wireless interfaces have become a security vulnerability for mobile devices such as mobile phones, which can be easily eavesdropped. This article studied a data privacy protection algorithm suitable for mobile communication in cellular networks based on the anonymous mechanism of blockchain. This article first analyzes the overall framework and anonymity technology of blockchain data from the perspective of privacy and queryability. Then, based on blockchain technology, …consistency mechanisms, privacy control, and access rights management are designed. Finally, mobile communication data privacy protection algorithms are designed and implemented through data encryption and verification. The latency of transactions under different task volumes and throughput at different nodes were analyzed to verify the reliability of several anonymous mechanisms in cellular network mobile communication data privacy protection in blockchain. Based on the experimental results, it was concluded that the reliability range of CryptoNote and the zero coin and zero currency protocol mechanism in the specified nodes was between 92 and 99%. This article utilized blockchain technology to distribute mobile communication data in nodes and achieve decentralized data transmission, thus protecting the privacy of wireless network communication data. By analyzing the reliability of anonymous mechanisms based on blockchain in mobile communication nodes, it was concluded that this method had certain research value. Show more

Keywords: Cellular networks, mobile communications, data privacy, blockchain technology, privacy protection, byzantine algorithm

DOI: 10.3233/IDT-230233

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Kang, Guang | Guo, Zhe

Article Type: Research Article

Abstract: With the globalization of the economy, the challenges of financial risk management continue to grow, and the current traditional algorithms are often limited by the lack of search capability and diversity maintenance, which makes it difficult to predict as well as manage financial risks. Therefore, a multi-population multi-objective root system growth algorithm is proposed. The algorithm uses the plant root tip position and growth state as heuristic information to guide the search process. It also introduces adaptive search space to adjust the parameters, a multi-swarm strategies to enhance the exploration ability, and multi-objective optimization to adjust the weight balance among …the objectives. The experimental results showed that in the single objective optimization function, the mean value of RSGA model was 5.80E-20, the standard deviation was 1.29E-19, the best position was 2.90E-26, and the worst position was 2.89E-19. In the biobjective optimization function, the average IGD of RSGA model was 2.28E-3. In the three-objective optimization function, the average IGD and HV of RSGA model were 1.05E-1 and 6.53E-1 respectively. In financial risk prediction, the best risk of RSGA model in small-scale investment was 0.1961, the worst risk was 0.2483, and the average risk was 0.2236. The best risk of medium-scale investment was 0.3057, the worst risk was 0.3387, and the average risk was 0.3194. In large-scale investment, the best risk was 0.191, the worst risk was 1.8795, and the standard deviation was 0.3769. Under MV portfolio, the maximum HV value of RSGA model was 1.13E-1, the minimum HV value was 4.20E-1, the average value was 8.74E-1, and the standard deviation was 5.46E-1. Under the RRC portfolio, the maximum HV of RSGA model was 1.49E-0, the minimum was 3.63E-1, the average was 8.17E-1, and the standard deviation was 3.95E-1. Show more

Keywords: Root system growth algorithm, adaptive search spaces, multi-swarm strategies, financial risk control, hypervolume indices

DOI: 10.3233/IDT-240687

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-20, 2024

Authors: Ozturk, Bilal A. | Namiq, Heba Emad | Rasool, Hussein Ali | Rane, Milind | Waghmare, Gayatri | Nangare, Akshata | Salem, Mahmoud Jamil

Article Type: Research Article

Abstract: Early detection and diagnosis are critical for effectively treating Diabetic retinopathy (DR), a severe vision-threatening diabetes-related challenge. We introduced an innovative technique that employed algorithms for deep learning for the automatic identification of DR. The significance of the proposed model lies in its capacity to rapidly and accurately diagnose DR, enabling prompt medical intervention to prevent visual impairment. Here we implemented multiple pre-processing techniques, including Top-hat filtering, median filtering, CLAHE, and Gaussian filtering. These techniques notably improved the accuracy diabetic retinopathy detection, making a contribution to the medical image analysis field. The performance evaluation conducted on the dataset APTOS 2019 …has yielded results regarding accuracy, sensitivity and also specificity. These findings highlight the efficiency of our technique in world applications for DR detection. For our experimentation we utilized the APTOS 2019 dataset consisting of 1299 image files for DR training and 279 image files, for DR testing. Show more

Keywords: Diabetic retinopathy, CNN, deep learning, VGG 16, inception V3

DOI: 10.3233/IDT-241037

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-18, 2024

Authors: Vyas, Vijaykumar | Raiyani, Ashwin

Article Type: Research Article

Abstract: This work is to present a new approach – the Resource Allocation Weighted Random Walk (RA-WRW) algorithm, based on IOTA-Distributed Ledger Technology (DLT), for the optimization of transaction processing within the IOTA network. The objectives of improved execution time, better CPU usage, enhanced network efficiency, and better scalability are met in accordance with stringent security measures. The Python-based algorithm considers node resources and transaction weights for the selection of the best tips. The authentication operation of the sender with private keys ensures the integrity of the data, while verification procedures confirm the authenticity of the tips and the validity of transactions. …Implementation of this algorithm greatly improves the efficiency of IOTA network transaction processing. The experiment is run on a commonly used dataset available in Kaggle and some system-specific configurations, which depicts a significant improvement in execution time, CPU usage, network efficiency, and scalability. The tips selected are very authentic and consistent, thus proving the efficacy of this algorithm. It proposes a new RA-WRW algorithm based on IOTA-DLT, efficiently fusing resource allocation with weighted random walk strategies for improving the security, efficiency, and scalability in distributed ledger transactions. This has been a colossal development toward the betterment of processing transactions across the IOTA network and feels the pulse of such a newer approach in applications across the real world. Show more

Keywords: Datasets, transaction weights, random walk, tip selection, private key

DOI: 10.3233/IDT-240981

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Zhang, Lin

Article Type: Research Article

Abstract: The recognition of sports action is an important research subject, which is conducive to the improvement of athletes’ own level. To improve the accuracy of multi-modal data action recognition, based on the Transformer module, this study introduces a multi-head attention mechanism, fuses multi-modal data, and constructs a multi-stream structured object relationship inference network. Based on PointNet++ network and combining five different data fusion frameworks, a motion recognition model that integrates RGB data and 3D skeleton point cloud is constructed. The results showed that the Top-1 accuracy of multi-stream structured object relationship inference network was 42.5% and 42.7%, respectively, which was …better than other algorithms. The accuracy of the multi-modal fusion model was improved by 15.6% and 5.1% compared with the single mode, and by 5.4% and 2.6% compared with the dual mode, which showed its superiority in the action recognition task. This showed that the fusion of multi-modal data can provide more abundant information, so as to improve the accuracy of action recognition. The accuracy of the action recognition model combining RGB data and 3D skeleton point cloud was 84.3%, 87.5%, 90.2%, 90.6% and 91.2% after the combination of different strategies, which effectively compensated for the problem of missing information in 3D skeleton point cloud and significantly improved the accuracy of action recognition. With a small amount of data, the Top-1 accuracy of the multi-stream structured object relationship inference network in this study was superior to other algorithms, showing its advantages in dealing with complex action recognition tasks. In addition, the action recognition model that fuses RGB data and 3D skeleton point cloud also achieved higher accuracy, which is better than other algorithms. This study can meet the needs of motion recognition in different scenarios and has certain reference value. Show more

Keywords: Multi-modal data, action recognition, transformer, RGB data, 3D skeleton point cloud

DOI: 10.3233/IDT-230372

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Ma, Qing

Article Type: Research Article

Abstract: In response to the difficulties in integrating multimodal data and insufficient model generalization ability in traditional cross-modal knowledge transfer, this article used the Transformer model to explore it in the new generation learning space. Firstly, the article analyzed the processing methods of data and models in cross-modal knowledge transfer, and explored the application of Transformer models in the learning space. This model used natural language processing to represent and extract textual features, Mel Frequency Cepstral Coefficients (MFCCs) to represent and extract audio features, and Faster R-CNN (Faster Region-based Convolutional Neural Network) to represent and extract image features. The article also …discussed the implementation process of the Transformer model functionality. The experiment used data from four datasets, including Quora Question Pairs, to test the performance of the model’s cross-modal knowledge transfer through intelligent question answering and task analysis. In single type data testing, the accuracy and recall of the model in this article were better than the comparison model in the three types of data. The highest accuracy and recall in the test set were 91% and 93%, respectively. In the most challenging multimodal intelligent question answering test, the speech-image question answering method achieved an accuracy rate of 89% in answering open questions, indicating that the model had good multimodal data fusion ability. In the analysis experiment of 6 homework prone knowledge points on images with text annotations, the induction accuracy reached 85%, indicating that the model had strong generalization ability. The experimental results showed that the Transformer model had good cross-modal knowledge transfer performance, providing a reference for subsequent research on cross-modal knowledge transfer in the new generation learning space. Show more

Keywords: Cross-modal knowledge transfer, transformer model, new generation learning space, Mel frequency cepstral coefficients, faster R-CNN

DOI: 10.3233/IDT-240169

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-13, 2024

Authors: Umale, Bhagyashree Ramesh | Sharma, Pooja

Article Type: Research Article

Abstract: The contemporary fog computing paradigm evolved from traditional cloud computing to give storage and computation resources at the network’s edge. Fog enabled vehicular processing is anticipated to be a fundamental component that may expedite a variety of applications, notably crowd-sensing, when applied to vehicular networks. As a result, the confidentiality and safety of vehicles participating in the crowd-sensing platform are now recognized as critical challenges for smart police and cyber defence. Furthermore, sophisticated access control is essential to meet the requirements of crowd-sensing users of information. This work presents a novel secured fog-based protocol for vehicular crowd sensing utilizing an attribute-based encryption …model. The proposed framework incorporates a two-layered fog architecture termed fog layer A and fog layer B. Fog layer A includes data owners (vehicles) and fog nodes, while fog layer B consists of fog nodes integrated with Road Side Units (RSUs). The Transport Triggered Architecture (TTA) governs the retrieval of regular or specialized data as per the request of data users. The data collection procedure varies based on the type of data being processed. Regular data is gathered from data owners, aggregated using the Multiple Kernel Induced in Kernel Least Mean Square (MKI-KLMS) technique, which employs kernel least mean square and hierarchical fractional bidirectional least mean square methods to handle redundancy in data aggregation. Subsequently, the aggregated data is encrypted using the Proposed Fusion Key for Encryption (PFKE) technique, which employs a fusion key for message encryption. Additionally, an enhanced Blowfish algorithm is applied for an extra layer of encryption on the already encrypted data. The encrypted data is then transmitted to the TTA. The decryption process utilizes the same key to retrieve the original message. The Modified Attribute based Encryption Model (MAEM) scheme achieves the highest efficiency of 90.9476. Show more

Keywords: Data encryption, decryption process, efficiency, protocol, redundancy and Blowfish algorithm

DOI: 10.3233/IDT-240439

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-23, 2024

Authors: Chen, Zhenna

Article Type: Research Article

Abstract: In high-performance computing (HPC) systems, energy and power considerations play an increasingly important role. This work aims to ensure the implementation of China’s green and ecological concepts, respond to China’s strategy of building an environment-friendly and resource-saving society, and actively promote the construction of sustainable development campuses. First, the theoretical basis of sustainable energy campus architecture is described. Next, the teaching feedback model under HPC is constructed. Finally, with the evaluation results of students’ task completion processes and students’ task works as measurement indexes, the corresponding data is collected and comprehensively evaluated and analyzed to verify the effectiveness of the …model. The analysis results indicate that most students are able to complete tasks within two hours; however, their proficiency with multimedia technology is inadequate, and they lack initiative in the learning process. There is a correlation between the overall evaluation of task performance and the students’ level of understanding of the tasks. By implementing a teaching feedback model, students’ learning enthusiasm and the quality of their work improved, providing effective educational support for promoting sustainable development on campus. Overall, the awareness of using computers and other multimedia technologies among students is not strong, and their learning process is relatively closed, with insufficient enthusiasm and initiative. This model can achieve the acquisition, integration, and statistical analysis of teacher feedback information. The model can realize the acquisition, integration, and statistical analysis of teachers’ feedback information. This work hopes to use this learning and feedback mode in practical teaching to address specific problems in computer multimedia courses. Show more

Keywords: Highperformance computing (HPC), sustainable energy, multimedia technology, teaching feedback model, information gathering

DOI: 10.3233/IDT-240592

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-13, 2024

Authors: S, Haseena Beegum | R, Manju

Article Type: Research Article

Abstract: Electrocardiogram (ECG) signal plays an important role in monitoring and diagnosing patients who suffer from several cardiovascular diseases. Numerous conventional techniques designed for cardiovascular disease classification face challenges regarding classification accuracy and also, find difficulty in automatic monitoring and classification techniques. Therefore, this work aspires to design a robust approach, which can precisely classify the ECG even in the presence of noise. Following that, this research introduces the heartbeat classification scheme by utilizing the optimization-based deep learning scheme. Here, the optimization algorithm, called the Serial Exponential Hunger Games Search Algorithm (SExpHGS) is newly designed by integrating the serial exponential weighted …moving average concept in the Hunger Games Search (HGS) approach to train deep learning scheme. Initially, the pre-processing is performed by utilizing a median filter and subsequently, wave components are detected by utilizing the resolution wavelet-based scheme. Ultimately, SExpHGS-based Deep Belief Network (SExpHGS-based DBN) recognizes the ECG conditions of individuals. Here, the techniques are analyzed by utilizing the ECG Lead 2 Dataset PhysioNet dataset and analysis is carried out based on performance parameters, namely accuracy, specificity, and sensitivity. The attained values of the aforementioned metrics are 0.954, 0.965, and 0.938, correspondingly. Show more

Keywords: Cardiovascular disease, ECG signal, pre-processing, deep learning, optimization algorithm

DOI: 10.3233/IDT-230680

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-21, 2024

Authors: Katkar, Vaishali Abhijeet | Goswami, Prerna | Yashwante, Meghna Ranjit

Article Type: Research Article

Abstract: When approaching a large-scale performance, the choice, size, and administration of an Energy Storage System (ESS) for an Electric Vehicle (EV) are crucial. As the peak-to-average power demand ratio is relatively large, particularly for an urban ride that is frequently marked by rapid deceleration as well as acceleration, the complementary characteristics of the battery and Ultra-Capacitor (UC)render this arrangement a viable Hybrid energy storage system (HESS) for EV. Enhanced dynamic responsiveness, increased miles per charge, and extended battery life provided by the HESS increase the Electric Vehicle (EV’s) effectiveness. The primary objective of the study that has been suggested is …to create a smart Energy Management Strategy (EMS) for EVs. A battery package and a properly sized Ultra-Capacitor (UC) together give the required high power along with energy density. This research proposes a CNN-based power management technique to aid in efficient EMS. Additionally, by adjusting the Convolution Neural Network (CNN) classifier’s weights through Improved Honey Badger Optimization (IHBO), the adaptive approach of the Standard HBO Algorithm, the performance of the classifier is improved. In MATLAB, the suggested CNN-based model for BESS EM is simulated and experimental assessment and analysis are done in terms of converter current and battery SoC. By contrasting the suggested approach against several standardized models, the performance analysis of the proposed work is assessed to validate its performance. Show more

Keywords: Electric vehicle, energy management, convolutional neural network, IHBO, battery, UC

DOI: 10.3233/IDT-240479

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-19, 2024

Authors: Dalal, Kusum

Article Type: Research Article

Abstract: Mobile Ad hoc Networks (MANETs) pose significant routing challenges due to their decentralized and dynamic nature. Node mobility results in frequent changes in network topology, leading to unsFIG connectivity and link quality. Traditional RPs designed for static networks are inadequate for MANETs. To deal with these issues, a secure routing approach is proposed using the Red Panda-Lyrebrid Optimization (RePLO) algorithm, which combines the advantages of the Red Panda Optimization (RPO) and Lyrebird Optimization Algorithm (LOA) algorithms. The proposed approach consists of five steps: (i) configuring the system model, (ii) developing the energy model, (iii) creating the mobility model, (iv) selecting …cluster heads using the RePLO algorithm, and (v) routing using the RePLO algorithm. The RePLO algorithm optimizes cluster head selection and routing while considering specific constraints such as delay, distance, energy, & security for Cluster Head (CH) selection, and link quality and enhanced trust for routing optimization. The effectiveness of the proposed approach is evaluated using various metrics to demonstrate its efficiency in MANET routing. By integrating multiple optimization techniques and considering critical constraints, the RePLO algorithm offers a systematic and secure solution for MANET routing. The evaluation results confirm the efficacy of the proposed approach in improving network performance, reliability, and security. Overall, the RePLO algorithm presents a promising approach to tackle the routing issues inherent in MANETs, paving the way for more robust and efficient communication in mobile ad hoc networks. Show more

Keywords: MANET, Routing protocol, Cluster head selection, RePLO algorithm, ABP mechanism

DOI: 10.3233/IDT-240739

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-26, 2024

Authors: Zhang, Guangtao

Article Type: Research Article

Abstract: In order to solve the problem of low computing efficiency in big data analysis and model construction, this paper intended to deeply explore the big data analysis programming model, DAG (Directed Acyclic Graph) and other contents, and on this basis, it adopted a distributed matrix computing system Octopus for big data analysis. Octopus is a universal matrix programming framework that provides a programming model based on matrix operations, which can conveniently analyze and process large-scale data. By using Octopus, users can extract functions and data from multiple platforms and operate through a unified matrix operation interface. The distributed matrix representation …and storage layer can design data storage formats for distributed file systems. Each computing platform in OctMatrix provides its own matrix library, and it provides a matrix library written in R language for the above users. SymboMatrix provides a matrix interface to OctMatrix that is consistent with OctMatrix. However, SymboMatrix also retains the flow diagram for matrix operations in the process, and it also supports logical and physical optimization of the flow diagram on a DAG. For the DAG computational flow graph generated by SymbolMatrix, this paper divided it into two parts: logical optimization and physical optimization. This paper adopted a distributed file system based on line matrix, and obtained the corresponding platform matrix by reading the documents based on line matrix. In the evaluation of system performance, it was found that the distributed matrix computing system had a high computing efficiency, and the average CPU (central processing unit) usage reached 70%. This system can make full use of computing resources and realize efficient parallel computing. Show more

Keywords: Big data analysis, distributed matrix computing system, data management, matrix segmentation, historical data

DOI: 10.3233/IDT-230309

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-17, 2024

Authors: Wang, Yunjun | Ren, Zhiyuan

Article Type: Research Article

Abstract: Traditional standing long jump measurement relies only on visual reading and manual recording, which makes the recording of data subjective and arbitrary, making it difficult to ensure the accuracy and efficiency of long jump performance. To address the shortcomings and deficiencies of traditional measurement methods and to avoid the interference of subjective bias on results, the research aims to provide a more accurate, automated, and objective measurement method. Furthermore, the research will provide new technological means for the measurement of related sports projects. In contrast to the utilization of human motion recognition technology, the study introduces image recognition technology into …the domain of standing long jump testing. This technology enables the calculation of distance through the application of image processing and perspective transformation algorithms, thereby facilitating the realization of a distance measurement function. Specifically, this includes using wavelet decomposition coefficients and morphological denoising to improve the performance of wavelet threshold denoising, achieving feature extraction of image edge information, adding vibration sensors and CNN algorithms to adjust the angle of offset images, and designing a multi-step long jump distance measurement system. The combination of wavelet decomposition coefficients and morphological denoising utilized in the study demonstrated lower mean square error (50.8369) and signal-to-noise ratio (24.1126) values, with a maximum accuracy of 96.23%, which was significantly higher than the other two comparison methods. In the context of different feature information recognition, the ROC curve area of the algorithm model proposed in the study reached over 85%, with a deviation in the dataset of all below 0.5. The minimum absolute and relative errors between the measurement results of this method and the actual test results were 0.01 cm and 2%, respectively. The overall deviation of the system was 0.35, indicating high stability. The proposed long jump measurement system has the potential to enhance the efficiency of testing for the standing long jump, while also forming a complementary mode with traditional distance measurement systems. This could collectively serve the intelligent instrument market, providing technical means for the development of sports teaching projects. Show more

Keywords: Image denoising, standing long jump, automatic distance measurement, CNN, binarization

DOI: 10.3233/IDT-230733

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-16, 2024

Authors: Jain, Aryamaan | Mahawar, Priyanka | Pantola, Deepika | Gupta, Madhuri | Singh, Prabhishek | Diwakar, Manoj

Article Type: Research Article

Abstract: Recent research suggests that by 2023, the production of data will exceed 300 exabytes per month, a figure surpassing human verbal communication by over 60 times. This exponential growth underscores the need for platforms to adapt in areas such as data analysis and storage. Efficient data organization is crucial, considering the growing scarcity of time and space resources. While manual sorting may suffice for small datasets in smaller organizations, large corporations dealing with millions or billions of documents require advanced tools to streamline storage, sorting, and analysis processes. In response to this need, this research introduces a novel architecture called …Slick, designed to enhance sorting, filtering, organization, and analysis capabilities for any storage service. The proposed architecture incorporates two innovative techniques – Degree of Importance (DOI) and amortized clustering – along with established natural language processing methods such as Topic Modelling, Summarization, and Tonal Analysis. Additionally, a new methodology for keyword extraction and document grouping is presented, resulting in significantly improved response times. It offers a searchable platform where users can utilize succinct keywords, lengthy text passages, or complete documents to access the information they seek. Experimental findings demonstrate a nearly 46 percent reduction in average response time compared to existing methods in literature. Show more

Keywords: Keyword extraction, clustering, document retrieval engine, tonal analysis, summarization

DOI: 10.3233/IDT-230682

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-16, 2024

Authors: Misra, Mohit | Sharma, Rohit | Tiwari, Shailesh

Article Type: Research Article

Abstract: The poor quality of asphalt roads has a significant impact on driver safety, damages the mechanical structure of vehicles, increases fuel consumption, annoys passengers and is sometimes also responsible for accidents. Further, the poor quality of the road can be described as a rough surface and the presence of potholes. The potholes can be one of the main reasons for accident cause, increased fuel consumption and annoying passengers. Furthermore, the potholes can be of varied size, radiance effect, shadow and scales. Hence, the detection of potholes in asphalt roads can be considered a complex task and one of the serious …issues regarding the maintenance of asphalt roads. This work focuses on the detection of the potholes in the asphalt roads. So in this work, a pothole detection model is proposed for accurate detection of potholes in the asphalt roads. The effectiveness of the proposed pothole detection model is tested over a set of real-world image datasets. In this study, the asphalt roads of the Delhi-NCR region are chosen and real-world images of these roads are collected through the smart camera. The final road image dataset consists of a total of 1150 images including 860 pothole images and the rest of are without pothole images. Further, the deep belief network is integrated into a proposed model for the detection of pothole images as a classification task and classified the images as pothole detected and not pothole. The experimental results of the proposed detection model are evaluated using accuracy, precision, recall, F1-Score and AUC parameters. These results are also compared with ANN, SVM, VGG16, VGG19 and InceptionV3 techniques. The simulation results showed that the proposed detection model achieves a 93.04% accuracy rate, 94.30% recall rate, 96.31% precision rate and 96.92% F1-Score rate than other techniques. Show more

Keywords: Asphalt road, potholes, deep belief network, detection model

DOI: 10.3233/IDT-240127

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Li, Zhiguang | Li, Baitao | Jahng, Surng Gahb | Jung, Changyong

Article Type: Research Article

Abstract: In order to improve the tracking effect of prevention and control, this paper combines three-dimensional face recognition technology and posture recognition method to build a prevention and control tracking system, and designs a single-stage human target detection and posture estimation network based on thermal infrared images. By using infrared recognition methods, the face and human body shape can be directly recognized, overcoming the problem of traditional visual recognition methods being easily occluded. The network can simultaneously complete two tasks of human target detection and pose estimation in a multi-task manner. Moreover, this paper uses the knowledge distillation strategy to train …a lightweight model to further reduce the amount of model parameters to improve the inference speed. In addition, this paper uses a single-stage human target detection and posture estimation network to judge the effect of prevention and control tracking. Through the prevention and control tracking effect test, it can be seen that the prevention and control tracking system based on 3D face recognition proposed in this paper can effectively improve the prevention and control tracking effect. Show more

Keywords: Three-dimensional, face recognition, prevention and control, tracking

DOI: 10.3233/IDT-240104

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-18, 2024

Authors: Huang, Guomin

Article Type: Research Article

Abstract: With the maturity of digital technology, the effectiveness of information transmission has received extensive attention. Variable font design is regarded as an extension of graphic design in digital media art, and variable font design is studied from the perspective of information communication design. From the perspective of digital technology, based on the research theory of variable information communication design, combined with the specific methods of font design, the perception, cognitive methods, and aesthetic laws of aesthetic subject vision and psychology in the field of font variable design are discussed. Provide relevant theoretical support for information communication design activities with variable …fonts. Based on artificial intelligence technology, a new interactive art expression method is proposed. By analyzing the main expression scenarios of interactive art, namely user information communication scenarios, interactive art push scenarios, interactive art promotion scenarios and personal service scenarios, it provides a scenario application basis for interactive expression, calculate the space complexity, space complexity and resource complexity, according to the complexity calculation results, carry out interaction design from three aspects of visual elements, multimedia elements, and human-computer interaction elements, integrate the topology structure after the interaction is realized, and in the network topology structure. The proposed model consists mainly of visual design, basic design elements, basic visual design, complete design and solution generation. It realizes the expression of interactive art of multimedia elements in display and control. The experimental results show that the interactive element extraction speed of the visual communication expression method based on artificial intelligence technology is increased by 30%, and the flexibility is stronger. Show more

Keywords: Visual communication, artificial intelligence, digital technology, design content

DOI: 10.3233/IDT-240105

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-17, 2024

Authors: Huang, Haifeng

Article Type: Research Article

Abstract: With the rapid development of computer technology, parameter adaptive control methods are becoming more and more widely used in nonlinear systems. However, there are still many problems with synchronous controllers with multiple inputs and a single output, uncertainty, and dynamic characteristics. This paper analyzed a synchronization control strategy of uncoupled nonlinear systems based on parameter dynamic factors to adjust the performance of the synchronization controller, and briefly introduced the manifestations of chaotic motion. The characteristics and differences of continuous feedback control methods and transmission and transfer control methods were pointed out. Simple, effective, stable, and feasible synchronous control was analyzed …using parameter-adaptive control theory. By analyzing the non-linear relationships between various models at different orders, the fuzzy distribution of the second-order mean and their independent and uncorrelated matrices were obtained, and their corresponding law formulas were established to solve the functional expression between the corresponding state variables and the dynamic characteristics of the system. The error risk test, computational complexity test, synchronization performance score test, and chaos system control effect score test were carried out on the control algorithms of traditional chaos system synchronization methods and chaos system synchronization methods based on parameter adaptive methods. Parameter adaptive methods were found to effectively reduce the error risk of high-performance control algorithms for synchronization of the unified chaos system. The complexity of the calculation process was simplified and the complexity score of the calculation process was reduced by 0.6. The application of parameter adaptive methods could effectively improve the synchronization performance of control algorithms, and the control effectiveness rating of control algorithms was improved. The experimental test results proved the effectiveness of control algorithms, which greatly enriched the field of modern control applications and also drove the vigorous development of nonlinear dynamics research, thus making significant progress in chaos application research. Show more

Keywords: High-performance control algorithms, unified chaos system, synchronous control, parametric adaptive methods

DOI: 10.3233/IDT-240178

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Zhou, Lingling | Li, Wanchun | Qiao, Yu | Zhang, Miaomiao | Qiu, Xiaoli

Article Type: Research Article

Abstract: The digital culture business benefits from quick technical updates, digital manufacturing, communication networks, and customized consumption, which promotes new supply and consumption. The innovation and development of the digital cultural industry cannot be separated from the physical industry. The efficient production of the physical industry can ensure the innovative development of digital cultural industry. Therefore, to improve the production efficiency of physical industry, this research proposes a temperature control model combining whale optimization algorithm and fuzzy proportional integral differential algorithm based on the traditional temperature control in ceramic firing and wine making process. Firstly, fuzzy control theory is used to …improve the proportional integral differential algorithm, and a fuzzy proportional integral differential model with adaptive adjustment function is established. On this basis, to quickly confirm the optimal parameters of the proportional integral differential model, the whale optimization algorithm is introduced to further optimize its weight factors. It was verified that the temperature control adjustment model combining whale optimization algorithm and fuzzy proportional integral differential model was 2.77 s, which was shortened by 1.11 s, 2.37 s and 3.13 s, respectively than the other three models. Therefore, the constructed temperature control model can effectively realize high-precision intelligent temperature control in industrial production, laying the cornerstone for promoting the innovative development of digital culture industry. The proposed model can improve the production efficiency of physical industries, promote digital transformation, and optimize the innovative development of digital cultural industries. Show more

Keywords: Cultural innovation, PID, fuzzy control, whale optimization, digital culture industry

DOI: 10.3233/IDT-240028

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Miao, Yaofeng | Zhou, Yuan

Article Type: Research Article

Abstract: Computers play a very important role in today’s life. A large amount of personal information exists in computers, so it is very important to protect the information security on computer networks. The development of information technology has brought a huge impact on human society, and the information security of its computer network has attracted more and more attention. Aiming at the needs of computer network information management in the age of big data, this paper has developed a special computer network information protection system to deal with various threats and constantly improve the protection system. Based on this, the concept …and advantages of the 5G network are first expounded, and the management technology of the 5G network is briefly analyzed. Then the information security problems of computer networks in the 5G era are considered, and effective solutions to the information security problems are proposed. Through research and calculation, the new computer network security system can improve network information security by 13.4%. Show more

Keywords: Computer network, network information security, big data algorithm, computer network information security, orthogonal frequency

DOI: 10.3233/IDT-240179

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-12, 2024

Authors: Yu*, Lin | Bai, Yujie

Article Type: Research Article

Abstract: The Network Security Monitoring System (NSMS) can use Big Data (BD) and K-means DT (K-means with distance threshold) algorithms to automatically learn and identify abnormal patterns in the network, improving the accuracy of network threat detection. In this article, KDD Cup 1999 and NSL KDD were selected as NSMS for dataset analysis. Preprocess the data; Extract statistical information, time series information, and traffic distribution characteristics. Value device DT further classifies regular attacks, remote location (R2L) attacks, and user to root (U2R) permission attacks. The experimental results show that the hybrid intrusion detection algorithm based on K-means DT achieves a network …attack detection accuracy of 99.2% and a network attack detection accuracy of 98.9% on the NSL-KDD dataset. Hybrid intrusion detection algorithms can effectively improve the accuracy of network intrusion detection (NID). The hybrid intrusion detection system proposed in this article performs well on different datasets and can effectively detect various types of network intrusion attacks, with better performance than other algorithms. The NSMS designed in this article can cope with constantly changing network threats. Show more

Keywords: Network security, monitoring systems, big data, K-means with distance threshold, network attacks

DOI: 10.3233/IDT-240185

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Xue, Jing

Article Type: Research Article

Abstract: Art is a symbol of people’s thoughts, and among many forms of artistic expression, literature is the most direct one, which can present art directly to people. How to correctly understand language materials in literature is crucial for understanding literary works and realizing their artistic value. Therefore, in order to strengthen the understanding of Korean literature and analyze its core ideas, this article utilizes modern computer technology and improved Term Frequency-Inverse Document Frequency (TF-IDF) algorithm to process the corpus of Korean literature, in order to quickly extract valuable textual information from Korean literature and facilitate reading and understanding. At the …same time, a Korean literature corpus processing model was constructed based on deep learning algorithms. This model is based on the Natural Language Processing (NLP) algorithm, selecting Word Frequency Inverse Document Frequency (TF-IDF) as the feature to calculate the feature weight of keywords. By weighting the naive Bayesian algorithm, it achieves the classification and processing of expected text data in Korean literature. The results of multiple experiments show that the classification accuracy of the model exceeds 97.7%, and the classification recall rate is as high as 94.2%, indicating that the model can effectively achieve corpus processing in Korean literature. Show more

Keywords: Korean literature, art, expect, TF-IDF algorithm, NLP, computer system

DOI: 10.3233/IDT-230772

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Ding, Dawei

Article Type: Research Article

Abstract: In view of the problems of low detection accuracy, long detection time, and inability to monitor fault data in real time in the fault detection of traditional machinery and equipment, this paper studies the identification and fault detection of industrial machinery based on the Internet of Things (IoT) technology. By using Internet of Things technology to build a mechanical equipment fault detection system, Internet of Things technology can better build diagnostic and early warning modules for the system, so as to achieve the goal of improving the accuracy of equipment fault detection, shortening equipment fault detection time, and remotely monitoring …equipment. The fault detection system studied in this paper has an accuracy rate of more than 93.4% to detect different types of fault. The use of Internet of Things technology is conducive to improving the accuracy of mechanical equipment fault detection and realizing real-time monitoring of equipment data. Show more

Keywords: Equipment fault detection, industrial machinery, Internet of Things technology, neural network algorithm, energy consumption

DOI: 10.3233/IDT-240177

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Sun, Wei | Zhang, Yu | Ma, Jin

Article Type: Research Article

Abstract: With the development of technology and the improvement of living standards, consumer demand for toy products has also changed. More people are showing strong interest and demand for digital toy products. However, in the current digital toy design process, extracting the hairstyle features of the doll’s head is still a challenge. Therefore, this study extracts the two-dimensional contour of the target hairstyle and matches it with the template hairstyle in the database. Then, combining hair texture information and hairstyle structural features, fine geometric texture details are generated on the hairstyle mesh surface. Finally, a doll head modeling method based on …model matching and texture generation is proposed. The results showed that the hairstyle of the Generative model was almost the same as the real hairstyle. Compared with the modeling methods based on interactive genetic algorithm and digital image, the average F1 value of this method was 0.95, and the mean absolute error was the smallest. The accuracy of the target model modeling was 95.4%, and the area enclosed by the receiver operating characteristic curve and coordinate axis was 0.965. In summary, the doll head modeling method based on model matching and texture generation proposed in this study can generate high-precision and realistic hairstyle models corresponding to the hairstyle. The overall shape and local geometric details of the hairstyle can meet the needs of 3D printing, providing certain reference significance for hairstyle reconstruction. Show more

Keywords: Model matching, geometric texture, hairstyle reconstruction, 3D printing, head modeling

DOI: 10.3233/IDT-240458

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Bahadure, Nilesh Bhaskarrao | Khomane, Ramdas | Raut, Deep | Bhagwatkar, Devanshu | Bakshi, Himanshu | Bawse, Priyanshu | Nagpal, Pari | Patil, Prasenjeet Damodar | Vishwakarma, Muktinath

Article Type: Research Article

Abstract: This study performed a comparative analysis of various imputations for NULL values in the dataset, namely, mean, median, and mode. We implemented eleven regression models, including Linear and Support Vector Regression and tree-based regression models, such as decision tree, Surrogate tree, and random forest, with five different pre-processing techniques, providing different types of results. The core objective of this study is to compare these results and reach an interpretation as to why certain imputation technique produces a certain output. The interpretation of this result is helpful in the selection of the regression model. The experimental results of the proposed technique …were evaluated and validated for the performance and quality analysis of life expectancy prediction using various quality parameters. Among the results, the highest accuracy was produced by random forest regression with an accuracy of 96.8%, which proves the significance of random forest in comparison to other state-of-the-art regression methods for life expectancy prediction. Show more

Keywords: Life expectancy, random forest, decision tree, surrogate tree, support vector regression, regression methods

DOI: 10.3233/IDT-240983

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024

Authors: Bahadure, Nilesh Bhaskarrao | Sahare, Oshin | Shukla, Nishant | Mandal, Rohit | Pandey, Pramod | Patni, Jagdish Chandra | Mohiddin, Md. Khaja

Article Type: Research Article

Abstract: Air pollution has become an international calamity, a problem for human health and the environment. The ability to predict the air quality becomes a crucial task. The usual approaches for assessing air quality are exhausted when extracting complicated non-linear relationships and long-term dependence features embedded in the data. Long- and short-term memory, a recurrent neural network family, has emerged as a potent tool for addressing the mentioned issues, so computer-aided technology has become essential to aid with a high level of prediction and best-in-class accuracy. In this study, we investigated classic time-series analysis based on Improved Long short-term memory (ILSTM) …to improve the performance of air quality index prediction. The predicted AQI value for the 25 days lies in a 97.63% Confidence interval zone and highly adoptable performance metrics such as R-Square, MSE, RMSE, and MAE values. Show more

Keywords: LSTM (Long short-term memory), air quality forecasting, time series modeling, recurrent neural networks, hyperparameter tuning

DOI: 10.3233/IDT-240982

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-10, 2024

Authors: Deshkar, Prarthana A.

Article Type: Research Article

Abstract: Globalization leads to expanding international trade and the integration of national economies into the global economy. Global cities also known as world cities, are increasingly recognized as powerful and economically competitive hubs in the global economy. These cities are characterized by their high levels of interconnectedness, both within their urban fabric and with other major cities around the globe. A global city’s economic strength is a key factor since it attracts foreign investors and citizens. Thus, examining the economics of global cities has gained popularity among specialists as a research topic. However, several economic methods have been utilized to forecast …the world economy in recent decades. Yet, their prediction rates are quite low. Hence, analyzing the economics in the world cities has become a hot research topic among experts. Despite the implementation of various economic prediction techniques over the past decades, their performance in accurately forecasting economic outcomes remains low. Hence, in this research work, an automated economic analysis strategy is introduced for the world cities to tackle this problem. Firstly, data from various benchmark sources have been collected to gather data on world cities for predicting economic status. Further, the garnered data are involved with the data pre-processing, where the data are processed to produce better predictions without any false rate. Subsequently, deep features are extracted from the resultant pre-processed data to enhance network performance. Finally, the extracted deep features are subjected to the Adaptive Deep Capsule Network with Attention Mechanism (ADCapNet-AM) for the economic forecast of the world cities. Here, the Improved Humboldt Squid Optimization Algorithm (IHSOA) is employed for optimizing the network parameters in ADCapNet-AM. Finally, the predicted outcomes are analyzed and balanced with the existing prediction techniques to showcase the effectiveness of the designed model. Show more

Keywords: World cities economics analysis, economic status prediction, Adaptive Deep Capsule Network with Attention Mechanism, Improved Humboldt Squid Optimization Algorithm

DOI: 10.3233/IDT-240245

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-22, 2024

Authors: Sun, Yan | Wu, Yin | Wu, Yan | Liang, Kai | Dong, Cuihong | Liu, Shiwei

Article Type: Research Article

Abstract: This article aimed to use the proximal policy optimization (PPO) algorithm to address the limitations of power system startup strategies, to enhance the adaptability, coping ability, and overall robustness of the system to variable grid demand and integrated renewable energy, the constraints in the power system start-up strategy are optimized. Firstly, this article constructed a dynamic model of the power system, including key components such as generators, transformers, and transmission lines; secondly, it integrated the PPO algorithm and designed interfaces that allow the algorithm to interact with the power system model; afterward, the state variables of the power system were …determined, and a reward function was designed to evaluate the startup efficiency and stability of the system. Next, this article adjusted the reward function and trained and iterated multiple times in the simulation environment to guide the algorithm to learn the optimal startup strategy. Finally, an effective evaluation of the strategy can be conducted. The research results showed that after optimization by the PPO algorithm, the stable frequency startup of the power system only took about 23 seconds, and the system recovery time was reduced by 33.3% under a sudden load increase. The algorithm used can significantly optimize the intelligent startup strategy of the power system. Show more

Keywords: Power system startup strategy, proximal policy optimization, system adaptability and robustness, dynamic modeling, performance evaluation

DOI: 10.3233/IDT-240122

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Fu, Ning | Zhang, Dongxia | Chen, Yu

Article Type: Research Article

Abstract: Computer networks (CNs) has been widely popularized and applied. They not only affect people’s daily lives, but also promote the development of the times and society. However, in the era of big data (BD), the rapid growth of data poses significant challenges to computer network security management (CNSM). The large amount, fast speed, and diverse types of data generated by modern networks make it increasingly difficult for security professionals to detect and respond to threats in real-time. Artificial intelligence (AI) has the potential to play an important role in CNSM in the era of BD. It can quickly analyze large …amounts of data, automate daily tasks, and predict potential network vulnerabilities. This article conducted relevant research on the development of CNSM technology based on AI technology. The final experimental results showed that the average accuracy score of network security (NS) detection based on AI technology is 92.35 points; the average overall event response time is 9.45 hours; the average cost of network security management (NSM) is 147300 US dollars. These indicators have huge advantages compared to traditional NSM technology. Show more

Keywords: Big data, artificial intelligence, computer networks, network security management, security detection

DOI: 10.3233/IDT-240215

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-10, 2024

Authors: Zhang, Zongju

Article Type: Research Article

Abstract: As electronic information technology continuously develops, it has gradually been applied to various industries and plays a vital role in the Internet of Things (IoT). The electronic communication positioning system is an interrelated aggregate or component composed of combining electronic science and technology with information science and technology to determine the spatial position. The current electronic communication positioning system has low positioning accuracy in indoor environments and is easily affected by obstacles such as building structures and walls, making it difficult to achieve accurate positioning. This paper integrated the IoT technology into the design and simulation experiment of the electronic …communication system, aiming to improve the stability and accuracy of the positioning system and improve the quality of the location information service in the current stage of the market. This paper first introduced the architecture of the IoT, including RFID technology analysis and ZigBee technology analysis. Then it studied the classification of common positioning algorithms, and finally conducted a simulation test on the electronic communication positioning system based on the IoT technology in the experimental part. Compared with the traditional electronic communication positioning system, the tested results show that the minimum error of the electronic communication positioning system based on the IoT technology can reach 0.102. The maximum time accuracy can reach 95.34%, proving its effectiveness. In practical application, its error and time accuracy can achieve the required level of location information service. This article provided a brief explanation of the application of electronic information technology in the IoT system to assist in the further development of the IoT. Show more

Keywords: Internet of things technology, electronic communication technology, system design, simulation test

DOI: 10.3233/IDT-240184

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-17, 2024

Authors: Amale, Ashvin B. | Rajesh, P. | Shana, J. | Shajin, F.H.

Article Type: Research Article

Abstract: In this paper, data-driven decision making for manufacturing processes using Pyramidal Dilation Attention Convolutional Neural Network Optimized with Improved Dwarf Mongoose Optimization (DDMP-PDACNN-IDMO) is proposed. Initially data is taken from the SECOM dataset. Afterward the data is fed to pre-processing. In pre-processing, it removes noisy data using Variational Bayesian-based maximum Correntropy Cubature Kalman Filtering (VBMCCKF). The pre-processed data is given to feature selection. Here, representative features is selected based on the Lirebird Optimization Algorithm (LOA). Next, in order to successfully categorize the manufacturing process as successful or unsuccessful, the chosen feature is given to the Pyramidal Dilation Attention Convolutional Neural …Network (PDACNN). The PDACNN’s learnable parameters are optimized using Improved Dwarf Mongoose Optimization (IDMO). Python is used for implementing the proposed method. The performance of the proposed technique was examined using performance metrics such as accuracy, and ROC. The performance analysis highlights that the proposed DDMP-PDACNN-IDMO model excels with 98.5% accuracy in the success class and 98.2% in the failure class. The proposed method outperforms DDMP-ANN, DDMP-RNN, and DDMP-BPNN with the fastest runtime (best: 9.4s) and lowest Mean Squared Error (MSE) for both training and testing (best: 0.0392 and 0.0526, respectively). It also achieves the highest R-squared (R2 ) values, indicating more accurate and reliable predictions. These results confirm the proposed method’s superior performance in speed and accuracy compared with other existing methods such as data-driven manufacturing process based artificial neural network (DDMP-ANN), data-driven manufacturing process based recurrent neural network (DDMP-RNN), and data-driven manufacturing process based back propagation neural network (DDMP-BPNN) respectively. Show more

Keywords: Manufacturing process, variational bayesian-based maximum correntropy cubature kalman filtering, pyramidal dilation attention convolutional neural network, lyrebird optimization algorithm, improved dwarf mongoose optimization

DOI: 10.3233/IDT-240705

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-16, 2024

Authors: Huang, Cong | Nong, Liyong | Nong, Yingxiong | Lu, Ying | Chen, Zhibin | Li, Zhe

Article Type: Research Article

Abstract: This paper studies the detection model of network access data tampering attack based on blockchain technology to solve the problem of over-dependence on central server and easy data tampering in traditional network environment. The model uses decentralization and encryption technology to monitor user behavior in real time through smart contracts, enhances data protection with SHA-256 hash algorithm, and combines consensus algorithm to ensure data consistency and security. The experimental results show that the model performs well in detecting multiple attack types with an accuracy of 99.51% and an F1 score of 0.98, far exceeding traditional methods and other deep learning …techniques. The model shows good robustness under multi-node attacks, even with 200 attack nodes, the recognition accuracy is still close to 90%, and the response time is less than 3 seconds. Cross-platform testing showed that the model quickly and consistently detected tampering on both Ethereum and Hyperledger, with an average detection time between 0.33 and 0.47 seconds.The hardware acceleration test further shows that the processing speed and hardware utilization of TPU and GPU have been improved, with TPU processing speed reaching 135 MB/s and GPU 122 MB/s. This study will provide a theoretical basis for improving the security, effectiveness and reliability of current network systems, and also lay a solid theoretical and technical foundation for network applications in future network environments. Show more

Keywords: Blockchain technology, central server, data tampering attack detection, convolutional neural network, hash algorithm

DOI: 10.3233/IDT-240176

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-13, 2024

Authors: Salunke, Dipmala | Joshi, Gayatri | Inamdar, Sneha | Kulkarni, Manasi

Article Type: Research Article

Abstract: Osteoporosis is an ailment associated with the bones, in which the bone resorption takes place at a much faster pace as compared to the formation of bones, eventually leading to the deterioration of bone mineral density (BMD). Ultimately, it adversely affects the strength of bones. To determine different diseases, deep learning is used in almost every sector of healthcare. In the context of Osteoporosis, there are numerous machine learning technologies that have been utilized for early detection of the disease. Certainly, these techniques provided great accuracy, but their scope of study was limited exclusively to individual factors. This paper proposes …a model which studies multiple aspects leading to the early prognosis of disease, thus increasing the reliability. The aspects are Bone Density Measure, the X-rays of affected bone, lifestyle of the patient which may include medical history if any, fracture status and the specific bone. The dataset used for the research contains 2000 X-rays in total and 500 BMD reports of 500 distinct patients. in Logistic regression is used for the BMD based classification, where the accuracy achieved is 98.66%, with a recall of 97%, precision of 100% and f1-score of 98% for osteoporotic category. The VGG16 model used for the classification based on image dataset achieves the accuracy of 97.19% which is acceptable comparative to existing methods. Show more

Keywords: Osteoporosis, deep learning, convolutional neural network, bone mineral density, logistic regression, image-classification

DOI: 10.3233/IDT-240227

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-19, 2024

Authors: Liu, Xin

Article Type: Research Article

Abstract: In film and television production, efficient and precise image processing is vital for achieving realistic visual effects. Therefore, exploring and applying advanced image processing technologies has become an essential method for elevating the production quality of film and television projects. This work investigates the application of artificial intelligence (AI) technology in the processing and production of animated images in film and television scenarios. By comparing the performance of standard Generative Adversarial Network (GAN), DenseNet, and CycleGAN models under different noise conditions, it is found that CycleGAN performs the best in image denoising and detail restoration. Experimental results demonstrate that CycleGAN …achieves a Peak Signal-to-noise Ratio (PSNR) of 30.1dB and a Structural Similarity Index Measure (SSIM) of 0.88 under Gaussian noise conditions. Moreover, CycleGAN achieves a PSNR of 29.5dB and an SSIM of 0.85 under salt-and-pepper noise conditions. It outperforms the other models in both conditions. Additionally, CycleGAN’s mean absolute error is significantly lower than that of the other models. This work demonstrates that CycleGAN can more effectively handle complex noise and generate high-quality images under unsupervised learning conditions. These findings provide new directions for future image processing research and offer important references for model selection in practical applications. This work not only offers new perspectives on the development of animation image processing technology but also establishes a theoretical foundation for applying advanced AI techniques in film and television production. Through comparative analysis of various deep learning models, this work highlights the superior performance of CycleGAN under complex noise conditions. This advancement not only drives progress in image processing technology but also provides effective solutions for efficient production and quality enhancement of future film and television works. Show more

Keywords: High-performance calculation, Zhongying⋅Shensi, film and television images, artificial neural network

DOI: 10.3233/IDT-240577

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-14, 2024

Authors: Yu, Yue | Li, Qiang | Duan, Maojun | Yuan, Minxi | Song, Ziheng

Article Type: Research Article

Abstract: Traditional data storage models are inadequate in the face of the growing demand for big data in transportation and transportation management. Its poor horizontal scalability makes it difficult to deal with the growth of massive data; on the other hand, its complex management makes it challenging to achieve unified management and effective resource utilization due to the differences in equipment from different manufacturers. In order to effectively store and manage this huge amount of information, it is urgent to rely on advanced technical tools. In this context, while ensuring data security and simplifying data management, it is also necessary to …meet the terminal’s demand for high real-time performance, and these factors jointly promote the continuous attention and improvement of data storage terminal performance. This paper proposes a Hadoop solution based on distributed computing. As a distributed system infrastructure, Hadoop allows users to develop distributed programs without a deep understanding of distributed details, fully using the high-speed computing and storage capabilities of Hadoop clusters, which is especially suitable for big data processing tasks on the Internet of Things (IoT) platform. The experimental results show that for a 10 GB data file, the traditional terminal (Terminal 1) can store 7.8 GB, while the Hadoop-based terminal (Terminal 2) can store 9.9 GB. For 50 GB of data files, Terminal 1 and Terminal 2 can store 40.4 GB and 49.8 GB of data respectively. These results show that Hadoop terminals have significant advantages in processing large-scale data, especially in terms of data storage efficiency, and can use storage resources more effectively to meet the high-performance requirements of traffic and transportation management for data storage terminals. Show more

Keywords: Internet of Things, distributed computing, transportation management, data storage terminal, data transfer, data management

DOI: 10.3233/IDT-240196

Citation: Intelligent Decision Technologies, vol. Pre-press, no. Pre-press, pp. 1-15, 2024