| Individual soldier information system is the trend of future warfare. Therefore, it has great important significance to know the physiological state of soldiers and the fighting capability of soldiers in time. The study of this issue is to design and implement a system of life parameters of individual information collection and remote monitoring. Life parameters signal is detected by micro-physical sensors which placed on soldiers. Through wireless transmission device, the signal will be display on the control platform for real-time monitoring, so that command staff can keep on knowing the soldier's physiological state on the battlefield. When the soldier's physiological state is abnormal, the system will alarm. So the injured can receive treatment timely and effectively and so soldier's war casualty rate is decreased.In this paper, individual soldier system life parameters detecting element is preliminary researched. Information collection of life parameters is designed, and the experimental results are got analyzed. The signal acquisition system is mainly aimed at designing the circuit of breathing, body temperature, oxygen saturation and pulse rate single, and receiving the data from the single-chip. Finally, norm of various physiological parameters are researched. The relation of oxygen saturation level of value and soldiers of the relationship between the physiological states is analyzed according to experiment.This measure system is not only used in the Individual soldier information system, but also has wide prospects in medical treatment system and family health protection. |
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