从节能角度考虑惯性运动捕捉系统的自适应传输算法

Michal Pielka, P. Janik, M. Janik, Z. Wróbel
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引用次数: 3

摘要

本文介绍了经过测试的单个传感器网络节点集成架构,该架构采用一种算法,可以降低功耗,同时不限制处理多轴MEMS传感器数据的能力。在本文所描述的实验中,传感器模块的能量效率提高了64%。通过使用SoC芯片系统,传感器模块的印刷电路(PCB)已减少到26mm × 16mm。反过来,调制解调器睡眠机制的使用允许通过175毫安容量的电池有效馈送开发的传感器模块,其尺寸不超过PCB的尺寸。
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An adaptive transmission algorithm for an inertial motion capture system in the aspect of energy saving
The article presents a tested, integrated architecture of a single sensor network node with an algorithm that has allowed to reduce power consumption, without limiting the ability to process data from a multi-axis MEMS sensor. In the experiment described in the article, the energy efficiency of the sensor module has been increased by 64%. By using the SoC chip system, the printed circuits (PCB) of the sensor module have been reduced to 26 mm × 16 mm. In turn, the use of the Modem Sleep mechanism has allowed for effective feeding of the developed sensor module by means of a battery with 175 mAh capacity whose dimensions do not exceed the size of PCB.
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