The proceedings contain 168 papers. The topics discussed include: a D3QN-APMA2C design for load planning in multi-destination airborne combat;prediction model of graduate employment rate based on chaotic analysis and ...
ISBN:
(纸本)9798331527662
The proceedings contain 168 papers. The topics discussed include: a D3QN-APMA2C design for load planning in multi-destination airborne combat;prediction model of graduate employment rate based on chaotic analysis and least squares support vector machine;spatial grid algorithm in aviation control area division;using machine learning and improved algorithms to optimize e-commerce pricing models;research on evaluation test of intelligent information system in improving the effect of computer aided education;research on digital recording system of bogie maintenance in subway frame overhaul workshop;research on the cloud and network integration native technologies;research on book information accurate retrieval recommendation system based on large language model;and a study on the application of algorithm for translation template extraction based on sentence comparison (ATTEBSC) in English translation.
The growth of drone and Unmanned Aerial Vehicle (UAV) use in cities brings a new set of challenges to safely manage air traffic in crowded urban skies. This research proposes an innovative IoT-enabled and AI-driven ai...
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This paper presents an innovative approach to acoustic echo cancellation (AEC) by applying Variable Step Size (VSS) separately to each adaptive filtering technique: Normalized Least Mean Square (NLMS), and Proportiona...
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Emotion recognition through facial expressions and gesture analysis has emerged as a key area of research in computer vision and human-computer interaction. The ability to automatically detect and classify human emoti...
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The proceedings contain 65 papers. The topics discussed include: depth estimation using omnidirectional stereo imaging and machine learning;fitness-distance balance based symbiotic organism search algorithm for path p...
ISBN:
(纸本)9798350366204
The proceedings contain 65 papers. The topics discussed include: depth estimation using omnidirectional stereo imaging and machine learning;fitness-distance balance based symbiotic organism search algorithm for path planning of warehouse systems;RustGAN: a method to generate rusty screw with physicochemical constraints;enhancing ResNet architectures with Bayesian optimized stochastic configuration networks for lung x-ray image classification;multi-robot FastSLAM based on consensus of observed data;regular session ThuA01 intelligent control algorithm;right coprime factorization for nonlinear system with uncertainty based on time-varying Bezout identity;and factors affecting the performance of students in the computer level II examination in the College of Engineering, Guangzhou Institute of Business and Economics.
As smart grids advance rapidly, they are evolving along two primary trajectories: (1) digitalization through the incorporation of Internet of Things (IoT) technology and intelligent control, and (2) decentralization b...
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As smart grids advance rapidly, they are evolving along two primary trajectories: (1) digitalization through the incorporation of Internet of Things (IoT) technology and intelligent control, and (2) decentralization by leveraging small-scale distributed energy sources for control. However, these developments also introduce complexities in the functioning, management, and control of smart grids. Consequently, there is an urgent need for a transparent, secure, robust, transactive, and scalable framework for all stakeholders and operators. Blockchain technology emerges as a promising solution for this new smart grid paradigm, providing a range of features, including a distributed ledger, immutability, consensus, security, and automation. This article highlights the challenges in smart grid management, control, and operations, and discusses the potential of blockchain-based solutions to address these issues. It demonstrates that the adoption of blockchain can significantly enhance the overall functioning of the infrastructure by establishing a decentralized architecture without central governance.
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 efficiency of sewage treatment can be significantly enhanced through the implementation of an automatic control system. This paper focuses on the development of an automatic control system based on PLC to meet the...
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Human pose estimation and automatic detection is a common task in Human-computer Interaction but especially more capitalized in human-robot interaction inspired from biological form of human anatomy to realize a biomi...
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The article examines the problem of formalizing the process of building and solving problems to enhance the quality of knowledge transfer and practical skills. Various approaches to addressing this issue are analyzed,...
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