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A Scheme for the Power Control of WBAN Based on RSSI/LQI All-feed Information

机译:基于RSSI / LQI全馈信息的WBAN功率控制方案

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摘要

Adjustment of WBAN nodes in the length of transmission power reasonably can expand life of the equipment, making it possible to monitor humans health for a long time. The article studies WBAN nodes power control based on standard IEEE 802.15.6, designing classification function as a sub-parameter through remaining power and priority data based on the IEEE 802.15.6. The node parameter is classified into different categories real time step_factor corresponding to different step factor. The article proposes a WBAN power control scheme named NDC1 in information feedback. The NDC1 reduces the node energy consumption through the simulation effectively.
机译:合理地调整WBAN节点的传输功率长度可以延长设备的使用寿命,从而可以长时间监视人类健康。本文研究了基于标准IEEE 802.15.6的WBAN节点功率控制,并根据IEEE 802.15.6通过剩余功率和优先级数据将分类功能设计为子参数。节点参数被分类为与不同阶跃因子相对应的不同类别实时阶跃因子。本文提出了一种在信息反馈中名为NDC1的WBAN功率控制方案。 NDC1通过仿真有效地降低了节点能耗。

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