低功耗水声遥控技术优化设计

Optimal Design of Low Power Underwater Acoustic Remote Control Technology

摘要:

水声遥控节点的遥控接收装置，需在水中超长时间待机，迫切需要对遥控接收装置进行低功耗设计。讨论了遥控接收装置低功耗设计的实现方法，详细地研究了源程序级、算法级及编译级算法优化方法， 经过优化处理所产生的目标代码占空间更小、执行速度更快，可以实现高效、快速的低功耗信号处理，提高设备的使用寿命、效率和工作时长。

Abstract:

The remote receiver of the underwater acoustic remote control node needs to stand by in the water for a long time，so it is urgent to design the remote receiver with low power consumption. In this paper， the implementation method of remote control receiver with low power design is discussed，and the source program level，algorithm-level and compiler-level algorithm optimization methods are studied in detail. The optimized target code occupies a smaller space，works at a faster speed，and can achieve efficient and fast signal processing with low power consumption. Therefore，the service life，working efficiency and hours of the equipment are improved.