In the context of the rapid development of the digital economy, data processing technology has become a crucial means for enterprises and organizations to gain competitive advantages. this paper aims to study a digita...
详细信息
ISBN:
(纸本)9798400710353
In the context of the rapid development of the digital economy, data processing technology has become a crucial means for enterprises and organizations to gain competitive advantages. this paper aims to study a digital economy data processing system based on artificial intelligence algorithms, exploring how advanced machine learning and deep learning technologies can efficiently process and analyze large volumes of heterogeneous data. By analyzing existing data processing challenges and designing and implementing system architecture and core algorithms, this paper proposes an innovative system solution. Experimental results show that the system excels in data preprocessing, analysis, and prediction, significantly improving the efficiency and accuracy of data processing. this research not only provides new insights into data processing in the context of the digital economy but also offers valuable references for academic research and practical applications in related fields.
Feature selection is crucial for improving machine learning models by reducing dimensionality and lowering computational costs. this survey paper provides an in-depth review on recent advancements in feature selection...
详细信息
ISBN:
(纸本)9798350367782;9798350367775
Feature selection is crucial for improving machine learning models by reducing dimensionality and lowering computational costs. this survey paper provides an in-depth review on recent advancements in feature selection methods, with a focus on meta-heuristic algorithms. Known for their robustness and effectiveness, these algorithms have become key in tackling the combinatorial challenges in feature selection. the paper categorizes and evaluates various meta-heuristic approaches, including evolutionary algorithms, swarm intelligence, and hybrid techniques, highlighting their strengths, limitations, and applications across different fields. It also examines the integration of meta-heuristics with other optimization methods and machine learning frameworks, identifying current trends and challenges. the paper concludes by discussing future research directions, emphasizing the potential of meta-heuristic-based feature selection in handling high-dimensional data and complex real-world problems.
To meet the increasing competition in the marketplace during the post epidemic era, it is crucial for the IT industry to swiftly assess and select job seekers while identifying the enhancement skills required for indi...
详细信息
the use of machine learning methods in fiberoptic information transmission systems (FOITS) is considered. the article discusses the basic operating principles of fiber optic systems and the problems they face, such as...
详细信息
the crew scheduling problem is a crucial component of airline operations planning. Using traditional operations research optimization methods to optimize the crew scheduling process can enhance the scientific and accu...
详细信息
this study investigates the potential of Deep Reinforcement learning (DRL) in the context of Multi-Condition Multi-Objective airfoil shape optimisation by benchmarking a customised DRL algorithm, namely Single-Step Pr...
详细信息
ISBN:
(数字)9783031774324
ISBN:
(纸本)9783031774317;9783031774324
this study investigates the potential of Deep Reinforcement learning (DRL) in the context of Multi-Condition Multi-Objective airfoil shape optimisation by benchmarking a customised DRL algorithm, namely Single-Step Proximal Policy Optimisation, against NSGA-II, a conventional genetic algorithm. We illustrate the capability of the DRL algorithm to effectively optimise across a continuous multi-condition plane, eliminating the need to discretise it into discrete points, a practice commonly employed in conventional Genetic algorithms. We further demonstrate that the DRL algorithm achieves hypervolume averages and convergence rates that are competitive when compared to NSGA-II. Analysis of Deep Neural Networks extracted from the training phase of the DRL algorithm indicates that almost complete knowledge of the Pareto front is retained by the network, which can be utilised to accelerate the discovery of the Pareto front in similar optimisation tasks via transfer learning.
As machine learningalgorithms continue to advance, the incorporation of uncertainty modeling becomes pivotal for robust and adaptable systems. this article explores the fusion of fuzzy logic with machine learning met...
详细信息
ISBN:
(纸本)9798350386356;9798350386349
As machine learningalgorithms continue to advance, the incorporation of uncertainty modeling becomes pivotal for robust and adaptable systems. this article explores the fusion of fuzzy logic with machine learning methodologies, present-ing a comprehensive approach to harnessing uncertainty in data-driven decision-making processes. the integration of fuzzy logic provides a nuanced framework that accommodates imprecise and ambiguous information, enhancing the algorithms' capacity to handle real-world complexities. through a detailed examination of the synergies between fuzzy logic and machine learning, this study contributes to the development of more resilient and versatile systems, demonstrating the efficacy of uncertainty-aware models in various applications. the findings underscore the potential for improved accuracy and interpretability in machine learning outcomes by embracing the inherent uncertainty in data.
the traditional water management method struggles with delayed information acquisition and low decision-making efficiency, making it difficult to meet complex water resource management needs. To address this, the pape...
详细信息
ISBN:
(纸本)9798400717840
the traditional water management method struggles with delayed information acquisition and low decision-making efficiency, making it difficult to meet complex water resource management needs. To address this, the paper proposes an AI-based optimization method for water information systems. It uses sensor networks and IoT to collect real-time data, including water quality, quantity, and pipe pressure. Machine learning models historical data to identify key factors and risks. An optimization algorithm simulates and selects the best scheduling schemes. A visualization platform presents analysis results, aiding managers in decision-making. Users rated the platform features between 7 and 9 in satisfaction. this method is general, scalable, and applicable to various water systems, offering a useful reference for other fields.
thewind energy sector is experiencing continuous improvement aimed at increasing the exploitation of this type of energy by optimizing its energy efficiency as much as possible. the energy efficiency of wind power sys...
详细信息
ISBN:
(纸本)9783031686528;9783031686535
thewind energy sector is experiencing continuous improvement aimed at increasing the exploitation of this type of energy by optimizing its energy efficiency as much as possible. the energy efficiency of wind power systems is study by evaluating two MPPT algorithms is presented. the objective focuses on two approaches: the use of artificial neural networks (ANN) and the ant colony optimization (ACO) algorithm. the adaptability and learning capabilities inherent in these methods and their characteristics is explained. this study aims to provide a performance analysis of these various MPPT algorithms and evaluate their accuracy in tracking the maximum power point, their effectiveness in reducing energy losses and their stability as well as improving energy efficiency.
A variety of nonlinear optimization techniques have been used for measuring effectiveness of Intrusion Detection Systems (IDS). the variability of these optimization techniques resulted in several different approaches...
详细信息
暂无评论