With the increasing value of industrial data, it has become an important demand to effectively protect the security of industrial network data. In theedge cloud collaborativeenvironment of industrial Internet, how t...
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ISBN:
(纸本)9781665462686
With the increasing value of industrial data, it has become an important demand to effectively protect the security of industrial network data. In theedge cloud collaborativeenvironment of industrial Internet, how to transmit and process private data to avoid exposure and tampering caused by attacks is an urgent problem to be solved. The privacy data security of industrial field equipment is the basis of creating a secureenvironment for industrial edgecomputing. Therefore, how to ensure the security of private data of industrial field equipment, resist attacks of attackers and avoid privacy data leakage has become a research hotspot. This paper designs a privacy data protection method for industrial field equipment based on fully homomorphic encryption, and builds a test simulation platform to verify the proposed method. The results show that this method can effectively protect the privacy data of field equipment according to the sensitivity of the industrial field equipment data to theedge gateway and industrial cloud platform.
An increase in the number of power consumers leads to scale up a power supply grids, and the introduction of Smart grid (SG) for connecting components and subsystems of distributed generation, increases the complexity...
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Gastrointestinal (GI) disorders present diagnostic obstacles, necessitating accurate imaging procedures. Conventional techniques for evaluating endoscopic images are mostly laborious and arbitrary. An innovative metho...
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To reduce thecomputing delay of the terminals and improve the poor wireless channel environment, in this paper, a computing resource allocation algorithm for IRS-assisted edgecomputing is proposed. By introducing th...
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With the rapid development of social economy, science and technology, e-commerce and network, computer extends more and more content, in theera of big data, cloud computing has become an emerging field, multi-tenant,...
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Considering the fluctuation of predicted output power of new energy units such as wind power, a strategy to strengthen the dispatching optimization of new energy distribution network is proposed. Taking the constraint...
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Theescalating environmental impact of Information and Communication Technology (ICT) has raised concerns about its substantial carbon footprint. Green computing, a concept that focuses on minimizing theenvironmental...
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The proceedings contain 102 papers. The topics discussed include: application of machine learning algorithms for enhanced smart grid control and management;a cryo-CMOS wideband sub-1-dB NF low noise amplifier for quan...
ISBN:
(纸本)9798350341768
The proceedings contain 102 papers. The topics discussed include: application of machine learning algorithms for enhanced smart grid control and management;a cryo-CMOS wideband sub-1-dB NF low noise amplifier for quantum computing application;computational analysis on jump height of overhead transmission lines after uneven ice shedding;tower line condition assessment based on improved fuzzy integrated judgment method;open circuit voltage-state of charge testing for a lithium polymer battery cell;research on intelligent operation and maintenance technology based on power distribution edge gateway;electromagnetic analysis of generator rotor winding impedance when testing turn-to-turn faults;and research on fault diagnosis of marine diesel engine based on DA-DBN.
Quantum computing has enabled precise simulation in gene regulatory network (GRN) prediction by capturing regulatory relationships at a microscopic level. However, current quantum approaches face significant limitatio...
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Predicting future demand for distributed energy sources is difficult because of theenergy generations is unpredictability. We proposed an auto executable blockchain-based peer-to-peer energy transaction market with L...
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ISBN:
(纸本)9781665491303
Predicting future demand for distributed energy sources is difficult because of theenergy generations is unpredictability. We proposed an auto executable blockchain-based peer-to-peer energy transaction market with Long ShortTerm Memory (LSTM) neural network for energy trading and predictions. Our proposed energy transaction market and trading strategy are built via smart contracts inside the blockchain. Theenergy trading process in the market is auto executable and does not need a long waiting time as in the conventional bidding strategy. LSTM is integrated into the market for predicting futureenergy usage. experimental results show that the proposed blockchain-based peer-to-peer energy transaction market can earn more profit than the traditional method.
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