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基于NB-IoT硬件系统的低功耗算法研究

Study on Low Power Consumption Algorithm Based on NB-IoT Hardware System

中文摘要英文摘要

硬件系统是广域物联网相关技术中重要组成部分,其整体功耗是评价其性能的重要指标。DPM和DVS是硬件系统低功耗算法中的两种应用广泛的算法。本论文以NB-IoT物联网底层通信技术等相关硬件低功耗方案为基础,从软件低功耗算法着手,提出符合现有硬件系统的进程模型。提出基于DPM算法的低功耗解决方案,并验证其低功耗效果。同时基于DVS算法,针对硬件系统中存在的实际问题,提出可能对实际低功耗效果造成影响的因素,并针对该影响提出优化后的算法,使得该算法也适用于更加复杂的硬件系统。

Front-end hardware system is an important part of LPWAN related technologies,the total power of the hardware system is an important index to evaluate its performances.DPM and DVS are two widely used algorithms in hardware systems.Based on the hardware low power scheme of NB-IoT and other and other underlying communication technologies,this paper proposes a process model in line with the existing hardware system,starting from the software algorithm of low power.A lower power solution based on the DPM algorithm is proposed,and its beneficial low power effest is verified.At the same time,based on the DVS algorithm,the factors that may affect the actual low power consumption effect are propsed for the practical problems existing in the hardware system,and the optimized algorithm is put forward to make the algorithm apllicable to more complex hardware systems.

李永华、顾铁钥

通信无线通信

物联网NB-IoT低功耗算法PM算法VS算法进程模型

Internet of thingsNB-IoTlow power algorithmDPM algorithmDVS algorithmprocess model

李永华,顾铁钥.基于NB-IoT硬件系统的低功耗算法研究[EB/OL].(2018-12-14)[2025-08-21].http://www.paper.edu.cn/releasepaper/content/201812-39.点此复制

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