the proceedings contain 41 papers. the special focus in this conference is on optimization, learningalgorithms and applications. the topics include: Facial Expression Recognition in Virtual Reality Simulations;a...
ISBN:
(纸本)9783031774317
the proceedings contain 41 papers. the special focus in this conference is on optimization, learningalgorithms and applications. the topics include: Facial Expression Recognition in Virtual Reality Simulations;augmented Reality in Industrial Training: A Comparative Analysis of Teaching Methods;comparison Between Single and Multi-objective Clustering algorithms: MathE Case Study;learningalgorithms for Breast Cancer Classification and Diagnosis;fuzzy c-Means as a Decision Support Tool for Liver Disease Diagnosis Based on Data Analysis;optimization of Machine learning Models Applied to Robot Localization in the RobotAtFactory 4.0 Competition;p-Fuzzy System Applied to Population Dynamics: A Case Study;enhancing K-Way Circuit Partitioning: A Deep Reinforcement learning Methodology;optimizing Olive Disease Classification through Hybrid Machine learning and Deep learning Techniques;a Neural Network-Based Approach to Identifying Wrinkles and Recommending Cosmetic Products;colorectal Polyp Segmentation: Impact of Combining Different Datasets on Deep learning Model Performance;A Comparative Analysis of MATLAB and Python Neural Networks for Diabetes Prediction;cochineal Colony Detection in Cactus Pear: A Deep learning Approach;enhancing Quadruped Robot Performance through Gait optimization;assessment of Logistics Performance Indicators in Southern European Countries Optimizing the Decision Making;Predicting Retail Store Transaction Patterns: A Comparison of ARIMA and Machine learning Models;route optimization for Urban Last-Mile Delivery: Truck vs. Drone Performance;speeding up Line Search for Composite Objective Function with a Linear Inside Part;the Infodemic Issue: Numerical Modelling;a Multi-objective Approach for Solving Distributed Job Shop Scheduling Problems.
the proceedings contain 41 papers. the special focus in this conference is on optimization, learningalgorithms and applications. the topics include: Facial Expression Recognition in Virtual Reality Simulations;a...
ISBN:
(纸本)9783031774256
the proceedings contain 41 papers. the special focus in this conference is on optimization, learningalgorithms and applications. the topics include: Facial Expression Recognition in Virtual Reality Simulations;augmented Reality in Industrial Training: A Comparative Analysis of Teaching Methods;comparison Between Single and Multi-objective Clustering algorithms: MathE Case Study;learningalgorithms for Breast Cancer Classification and Diagnosis;fuzzy c-Means as a Decision Support Tool for Liver Disease Diagnosis Based on Data Analysis;optimization of Machine learning Models Applied to Robot Localization in the RobotAtFactory 4.0 Competition;p-Fuzzy System Applied to Population Dynamics: A Case Study;enhancing K-Way Circuit Partitioning: A Deep Reinforcement learning Methodology;optimizing Olive Disease Classification through Hybrid Machine learning and Deep learning Techniques;a Neural Network-Based Approach to Identifying Wrinkles and Recommending Cosmetic Products;colorectal Polyp Segmentation: Impact of Combining Different Datasets on Deep learning Model Performance;A Comparative Analysis of MATLAB and Python Neural Networks for Diabetes Prediction;cochineal Colony Detection in Cactus Pear: A Deep learning Approach;enhancing Quadruped Robot Performance through Gait optimization;assessment of Logistics Performance Indicators in Southern European Countries Optimizing the Decision Making;Predicting Retail Store Transaction Patterns: A Comparison of ARIMA and Machine learning Models;route optimization for Urban Last-Mile Delivery: Truck vs. Drone Performance;speeding up Line Search for Composite Objective Function with a Linear Inside Part;the Infodemic Issue: Numerical Modelling;a Multi-objective Approach for Solving Distributed Job Shop Scheduling Problems.
the integration of machine learning (ML) into antenna optimization has revolutionized the design and enhancement of antenna systems. this paper provides an in-depth review of the latest advancements in antenna design ...
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this paper surveys dimension reduction techniques in medical big data using optimizationalgorithms to address challenges like computational inefficiency, overfitting, and interpretability in high-dimensional datasets...
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ISBN:
(纸本)9798350367782;9798350367775
this paper surveys dimension reduction techniques in medical big data using optimizationalgorithms to address challenges like computational inefficiency, overfitting, and interpretability in high-dimensional datasets. As medical data from sources like electronic health records, genomics, and imaging grow, efficient processing is essential for personalized healthcare. the paper explores feature extraction (PCA, LDA) and feature selection methods, emphasizing metaheuristic algorithms like Genetic algorithms (GA), Particle Swarm optimization (PSO), and Ant Colony optimization (ACO). these algorithms enhance machine learning model accuracy by selecting relevant features, reducing computational costs, and handling nonlinear relationships in medical data. applications in diagnosis, treatment prediction, and disease classification are discussed. Future research aims to integrate various optimization strategies and deep learning for more effective dimensionality reduction in healthcare.
In order to improve the automation and intelligence level of monitoring systems, an algorithm optimization method based on deep learning was analyzed. the results indicate that the comprehensive application of video p...
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ISBN:
(纸本)9798400710353
In order to improve the automation and intelligence level of monitoring systems, an algorithm optimization method based on deep learning was analyzed. the results indicate that the comprehensive application of video preprocessing, object detection, object tracking, and anomaly event detection can effectively improve monitoring accuracy and response speed, demonstrating good adaptability and robustness. this provides practical guidance and broad application prospects for the development of intelligent monitoring technology.
Rainfall prediction is essential for many industries, such as agriculture, water resource management, and disaster relief. Recently, there has been a lot of interest in machine learning techniques to increase the accu...
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this paper aims to explore seven commonly used optimizationalgorithms in deep learning: SGD, Momentum-SGD, NAG, AdaGrad, RMSprop, AdaDelta, and Adam. Based on an overview of their theories and development histories, ...
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this paper presents a convex optimization approach to design a covariance control policy for an interplanetary mission of a spacecraft subject to non-Gaussian control actuation errors. the goal is to develop a closed-...
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ISBN:
(数字)9783031774324
ISBN:
(纸本)9783031774317;9783031774324
this paper presents a convex optimization approach to design a covariance control policy for an interplanetary mission of a spacecraft subject to non-Gaussian control actuation errors. the goal is to develop a closed-loop policy that minimizes the control effort and ensures that the system's final state aligns with a desired probability distribution. this is achieved by formulating an optimal covariance control problem, which is then transformed into a sequence of deterministic convex optimization problems using state-of-the-art convexification techniques. Two noise models are devised to conveniently incorporate the perturbations in an optimal control framework with low computational complexity. the first is a (conservative) additive white Gaussian noise model, while the second is a more advanced multiplicative noise model, better suited to capture the system's noise characteristics.
the effective use of cloud server is a major challenge in the recent days. To handle the computation speed, space complexity, network accessibility is playing vital role in achieving the efficiency of cloud server. th...
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ISBN:
(纸本)9798350386356;9798350386349
the effective use of cloud server is a major challenge in the recent days. To handle the computation speed, space complexity, network accessibility is playing vital role in achieving the efficiency of cloud server. the objective is to obtain the energy efficiency in cloud servers using a novel stochastic gradient with forward back propagation algorithm. Two sample groups with number of iterations 20 each have been tested with G-power of 80% withthe total sample size of 360, divided into two groups with Group 1=180, Group 2=180 and an independent sample t-test has been done. To improve the accuracy of energy optimization, a novel stochastic gradient with forward back propagation algorithm is proposed and compared withthe machine learning algorithm. the results prove that the novel stochastic gradient with forward back propagation algorithm has a high accuracy of 92.1%, which is significantly better than the other machine learningalgorithms. the level of significance p=0.02 (p<0.05) shows that there is a significant difference between these two algorithms. thus, the cloud server optimization is achieved using stochastic gradient with forward back propagation algorithm through various testbeds.
In order to improve the quality of the products and the efficiency of production, the traditional process for making ceramics has some limit on cost, yield, and a product conformity rate, so the traditional process ne...
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ISBN:
(纸本)9798400710353
In order to improve the quality of the products and the efficiency of production, the traditional process for making ceramics has some limit on cost, yield, and a product conformity rate, so the traditional process needs to be optimized. In this paper, the performance of various optimization methods such as CNN, RNN, and traditional process were empirically compared in ceramic fabrication processes. By conducting the conformity test 20 times, the conformity of product, cost, and yield was evaluated. the experimental results show the proposed optimization techniques using CNN and RNN significantly improved ceramic fabrication processes with respect to the traditional process. the CNN-based method further achieved the highest pass rate, with rates ranging from 97.1% to 98.9%, followed by the RNN-based method from 96.6%, to 98.5%, and the traditional-based method from 94.7% to 95.9%. thus, it is suggested that deep learningalgorithms may have the potential to improve the conformity of products and reduce costs in manufacturing ceramic products.
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