Intelligent Sensing Terminal Distributed Computing Architecture of IoT for EMS

Lidan Zhou, Xiuhan Song, Gang Yao, Hongyu Wang, Jun Yu Li, Siyang Liu, Yongjie Nie
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Abstract

In view of the serious fragmentation of the functions, forms, basic software and hardware of the Internet of Things intelligent perception terminal, a software architecture based on the Internet of Things intelligent perception terminal is proposed, and the software architecture is designed from the upper application aspect. At the same time, in order to achieve distributed computing in the EMS Internet of Things, a new decision algorithm has been proposed to solve the allocation problem of computing power nodes (ECNs). In addition, in order to construct a multi-terminal distributed autonomous collaborative control architecture with hierarchical structural features, three terminal autonomous collaborative methods were proposed.
面向EMS的物联网智能传感终端分布式计算架构
针对物联网智能感知终端的功能、形态、基础软硬件碎片化严重的现状,提出了一种基于物联网智能感知终端的软件架构,并从上层应用方面对软件架构进行了设计。同时,为了实现EMS物联网中的分布式计算,提出了一种新的决策算法来解决计算能力节点(ecn)的分配问题。此外,为了构建具有层次结构特征的多终端分布式自主协同控制体系结构,提出了三种终端自主协同控制方法。
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