The design on intelligent physical warning system for fireman

W. Jiang, Chang Chen, Yan Cai
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引用次数: 4

Abstract

This paper concludes that traditional fireman uniform has defect on application. In order to improve the coefficient fireman's personal safety, a kind of multi-individual multi-parameter multi-sensor intelligent physical warning system for fireman(IPESF) is proposed. At length, it introduces the structure of system platform and the design of each module. Corresponding software is developed on monitor-display terminator which could check several fire environment and position where firemen stay as well as their crucial physiological information so that the warnings could be provided. Moreover, suitable data processing algorithm is selected to ensure the accuracy when the data of human body are transmitting avoiding that the optimal rescuing time is lost owing to delay of decision. Therefore, the coefficient fireman's personal safety are enhanced greatly. Finally, the experimental test environment is built and results verifies that this system has remarkable advantages including low power consumption, low transmitting error rate, strong anti-interference.
消防队员智能物理报警系统的设计
本文认为,传统消防员制服在应用上存在缺陷。为了提高消防员的人身安全系数,提出了一种多个体、多参数、多传感器的消防员智能物理预警系统。最后介绍了系统平台的结构和各模块的设计。在监控显示终端上开发了相应的软件,可以查看消防人员所处的几种火灾环境和位置,以及消防人员的重要生理信息,从而提供预警。选择合适的数据处理算法,保证人体数据传输时的准确性,避免因决策延迟而损失最佳抢救时间。因此,大大提高了消防员的人身安全系数。最后搭建了实验测试环境,结果验证了该系统具有功耗低、传输误差率低、抗干扰能力强等显著优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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