Accurate recognition of human emotions is crucial for enhancing the effectiveness of human-computer interactions. This study addresses the limitations associated with using single-modal physiological signals by propos...
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The paper presents a comprehensive comparative analysis of the implementations of a 16-transistor full-adder circuit using both 18nm FinFET and 45nm CMOS technologies. The effect of technology scaling on the intrinsic...
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With the transformation and upgrading of China's energy system, many users offset their carbon emissions by purchasing green electricity and green certificate. Considering the current lack of a comprehensive carbo...
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Due to fibre constraints, the use of intelligent distributed feeder automationtechnology is limited in large-scale distribution networks, and feeder terminal devices are prone to information distortion due to environ...
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ISBN:
(纸本)9781665489577
Due to fibre constraints, the use of intelligent distributed feeder automationtechnology is limited in large-scale distribution networks, and feeder terminal devices are prone to information distortion due to environmental and other factors. Based on the above problems, this paper proposes an intelligent distributed feeder automation distribution network based on 5G communication. Firstly, based on the general architecture of distributed FA of 5G and the fault diagnosis method of distribution network with multi-agent mechanism, the screening of fault zones is carried out. Secondly, considering the end device information distortion, the Bayesian probability model fault segment is used to establish the evaluation function and find the optimal solution to complete the fault segment location. The simulation results show that this method can improve the fault tolerance of fault determination and effectively reduce the failure of fault determination due to FTU information distortion.
The proportion of photovoltaic power generation in the global energy structure is increasing year by year. Because of its volatility and periodicity, grid-connected photovoltaic challenges the safe and stable operatio...
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In order to change the situation that horticultural plants are severely limited by natural conditions, people gradually apply computer and Internet of Things technology to an artificial simulated intelligent greenhous...
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This paper investigates the decentralized event-triggered output feedback control for nonlinear networked interconnected systems under multiple cyber attacks, where denial of service and deception attacks are consider...
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ISBN:
(纸本)9781665442077
This paper investigates the decentralized event-triggered output feedback control for nonlinear networked interconnected systems under multiple cyber attacks, where denial of service and deception attacks are considered. A resilient period event-triggered strategy is adopted to reduce the occupation of network resources. Considering the impact of cyber attacks, the output-based decentralized security controller is constructed within a unified framework. Sufficient conditions of stochastically finite-time stable of the switched system are given by employing the Lyapunov-Krasovskii functional. Then, the controller gains and event-triggered weight matrix are designed simultaneously. Finally, a chemical reactor system is used to substantiate the effectiveness of the proposed method.
One of the important technologies for protecting civilian life from terrorist attacks is explosive detection techniques. The global incidence of terrorist activities has been considerably reduced by the development of...
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The process of thoughts-to-movement is a scientific discovery that makes a severely disabled human to manipulate a device using thoughts. These were achieved, in a great portion through the brain gate network technolo...
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The proceedings contain 153 papers. The topics discussed include: transaction data management optimization based on multi-partitioning in blockchain systems;semi-asynchronous federated learning optimized for NON-IID d...
ISBN:
(纸本)9798350329223
The proceedings contain 153 papers. The topics discussed include: transaction data management optimization based on multi-partitioning in blockchain systems;semi-asynchronous federated learning optimized for NON-IID data communication based on tensor decomposition;HKTGNN: hierarchical knowledge transferable graph neural network-based supply chain risk assessment;DQR-TTS: semi-supervised text-to-speech synthesis with dynamic quantized representation;deep reinforcement learning-based network moving target defense in DPDK;iNUMAlloc: towards intelligent memory allocation for AI accelerators with NUMA;and predictive queue-based low latency congestion detection in data center networks.
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