The installation of new smart technologies has been growing exponentially, resulting in the creation of a large quantity of diverse data which require sophisticated tools for analysis. This paper presents CloudVIZ-GRI...
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Federated Learning (FL) enables organizations or individuals to train a machine learning model collaboratively by aggregating local gradient updates from each client without sharing privacy-sensitive data. To ensure t...
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An intelligent operation and maintenance system of power communication network based on the Internet of Things is established. The mobile operation management system of the Internet of Things is used to accurately col...
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electric-field coupled wireless power transfer is one of the common ways to realize wireless power transfer, which has the advantages of good plasticity and small eddy current loss. In this paper, based on theelectri...
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Collaborativeedgecomputing has been widely advocated by network operators and service providers to promote the quality of service (QoS), provisioning diverse delay-sensitive and computation-intensive applications. e...
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ISBN:
(纸本)9798350386066;9798350386059
Collaborativeedgecomputing has been widely advocated by network operators and service providers to promote the quality of service (QoS), provisioning diverse delay-sensitive and computation-intensive applications. existing studies mainly focus on cloud-edge collaboration, since cloud servers have massive resources to provide diverse services and edge servers can provide low-delay services with close proximity to end users. However, in scenarios that capture privacy, e.g., personal bioinformation and business areas, there is a great need for zero cloud involvement. Moreover, current edge servers are typically energy-constrained, which poses great challenges in enabling high-QoS services in ever-densely deployed edge networks. To tackle these issues, in this paper, we study theenergy-constrained edge-edge collaboration problem. First, we formulate theedge-edge collaboration with delay minimization and energy reduction aims and prove its NP-hardness. Second, we propose a novel Fine-Grained Service Lifetime Optimization (FGSLO) scheme as a possible solution. The problem is then transformed and decoupled into three subproblems, namely service placement, service lifetime decision, and task scheduling, which are solved by our proposed method, respectively. Finally, real-world data-driven experimental results show that FGSLO is capable of reducing 21.4%similar to 90.1% system delay in different energy-constrained scenarios, compared to baselines without service lifetime control.
This paper presents a comprehensive approach for reliability assessment of solder ball joints in Ball grid Array (BGA) assemblies by combining finiteelement method (FeM) with machine learning algorithms, for instance...
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Cloud have wide-ranging implications in several areas of computing, notably massive knowledge, cloud computing has simply up to the highest of any list of technology subjects. Furthermore, it is one of the most import...
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This paper proposes a coupling mechanism based on DD magnetic integrated coil in LCC-S compensation network based on Magnetic Coupled Wireless Power Transfer (MC-WPT) technology. And the power transmission structure i...
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Distributed photovoltaic grid integration brings many negativeeffects to the distribution network, and carrying out the research on its consumption capacity (CC) in the distribution network is the key to guarantee th...
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This paper proposes a fog computing assisted zero-trust smart grid terminal security protection mechanism. Specifically, the fog computing nodes are deployed around the terminal devices to relieve thecomputing pressu...
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