目的研制单兵生理信息监测系统。
AIM to develop the monitoring system of soldier physiological information.
结论：高信噪比的光电传感器可用作于临床监测和生理信号分析处理系统。
Conclusions: The low noise photoelectric sensor can be used in clinical monitoring and physiologic signals processing.
为此，本文在监测系统的基础上扩展了系统功能，建立了基于植物生理需水信息的温室滴灌自动控制系统，并进行了灌溉控制效果实验。
So, a real-time irrigation control system based on plant physiological water needing information was established, and the effect experiment of irrigation control was made.
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