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首页> 外文会议>IEEE International Symposium on Telecommunication Technologies >A study on relationship, effects and interactions between power level and received signal strength of 2.45 GHz embedded active integrated RFID system for real-time monitoring utilizing wireless sensor network platform
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A study on relationship, effects and interactions between power level and received signal strength of 2.45 GHz embedded active integrated RFID system for real-time monitoring utilizing wireless sensor network platform

机译：2.45GHz嵌入式有源集成RFID系统的功率水平与接收信号强度的关系，效果和相互作用研究利用无线传感器网络平台实时监控

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This paper presents part of a study of the embedment of the proposed 2.45 GHz active integrated Radio Frequency Identification (RFID) system with Global Positioning System (GPS) receiver and Global System Mobile (GSM) modem. The relationship between distance, power level and received signal strength (RSS) of the proposed embedded active RFID system is compared with the non-embedded active RFID system and focused on a method based on the RSS value to estimate the distance between reader, routers and tags. The proposed active RFID system contains a modified active RFID reader and embedded active RFID tag is successfully developed with implementation of switching mechanism protocol between indoor and outdoor location as well. The design of experiments (DoE) is implemented as a method of measurement and the statistical method is used to evaluate the uncertainty and the relationship between power level and received signal strength of the proposed embedded active RFID system with the non-embedded active RFID system at a specified range. The experimental measurements were conducted for the proposed embedded active RFID system and non-embedded active RFID system in a single hop communication in an indoor environment with line of sight (LOS) direction. The results show that the RSS increases with increasing of power level as stated in propagation theory, however the RSS values for the proposed embedded active RFID system is better than the non-embedded RFID system at all power levels, which further concluded that the proposed embedded active RFID system design is better than the non-embedded active RFID design.
机译：本文介绍了采用全球定位系统（GPS）接收器和全球系统移动（GSM）调制解调器的建议2.45 GHz主动集成射频识别（RFID）系统嵌入的一部分研究。将所提出的嵌入式有源RFID系统的距离，功率电平和接收信号强度（RS）之间的关系与非嵌入式有源RFID系统进行比较，并以基于RSS值的方法聚焦，以估计读取器，路由器之间的距离标签。所提出的Active RFID系统包含修改的有源RFID读取器，并成功开发了嵌入式活动RFID标签，并在室内和室外位置之间的开关机构协议实现了。实验（DOE）的设计被实现为测量方法，统计方法用于评估所提出的嵌入式有源RFID系统的功率电平与接收信号强度与非嵌入式有源RFID系统之间的不确定性和接收信号强度的关系指定范围。在带有视线（LOS）方向的室内环境中的单跳通信中，对所提出的嵌入式有源RFID系统和非嵌入式有源RFID系统进行了实验测量。结果表明，随着传播理论所述的功率水平的增加，RSS增加，但是所提出的嵌入式有源RFID系统的RSS值优于所有功率水平的非嵌入式RFID系统，这进一步得出结论所提出的嵌入式主动RFID系统设计优于非嵌入式活动RFID设计。

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