arXiv 2103.133062021-03cs.NIcs.SYeess.SY

WirelessHart 系统中队列状态相关服务速率控制的延迟与功耗分析

Delay and Power consumption Analysis for Queue State Dependent Service Rate Control in WirelessHart System

Dibyajyoti Guha, Jie Chen, Abhijit Dutta Banik, Biplab Sikdar

备注：: This paper was originally accepted in ICCCN 2022 and was somehow presented by Jie Chen instead of Biplab Sikdar who paid for the conference, which had violated the conference protocol that only the author who paid can present the work. Jie Chen decided to take out the work she had done and make into a single short paper of her own and submit again

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AI总结：

针对无线工业自动化设备供电受限问题，本文提出基于生物智能的算法优化负载感知服务速率控制，并首次建立精确离开过程模型以分析延迟与功耗。

摘要：

为解决无线工业自动化中机器供电受限的问题，我们评估了植入这些小型设备介质访问控制组件中的负载感知服务速率控制设计，并提出了一种基于生物智能的算法，以在最小化功耗的同时优化该设计的延迟约束。为实现这一目标，我们对该设计的延迟代价进行了精确分析，并首次确定了一个精确的离开过程模型，以便在考虑介质访问时间的情况下评估总体延迟代价。

英文摘要：

To solve the problem of power supply limitation of machines working in wireless industry automation, we evaluated the workload aware service rate control design implanted in the medium access control component of these small devices and proposed a bio-intelligence based algorithm to optimise the design regarding the delay constraint while minimizing power consumption. To achieve this, we provide an accurate analysis of the delay cost of this design and for the first time pinpoint an exact departure process model in order to evaluate the overall delay cost in consideration of the medium access time.

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