本論文研究無線識別傳感器平台(Wireless Identification and Sensing Platform, WISP)之實作與應用。此平台可作為被動射頻識別標籤且可傳送感測器資訊。
本研究使用Impinj speedway讀取器在會議室對WISP標籤進行讀取，以量測讀取器不同發射功率之覆蓋範圍；並統計標籤回傳訊號的次數。實驗結果得知，當標籤距離讀取器天線越近時，故讀取器接收到標籤回傳的次數較多；但因環境中多重路徑通道衰落變化，因此每次量測讀取次數有所不同。
為了加快測量的速度，使用已程式化的樂高NXT機器人自動移動標籤的位置而不使用人工移動，以收集足夠的數據進行統計分析。

This thesis studies implementation and applications of Wireless Identification and Sensing Platform (WISP), which can act as a passive radio frequency identification tag, and transmit sensing data
This work uses Impinj speedway reader to read WISP tags in a meeting room to measure the reader coverage with different emission power and to take tag read rate statistics. Experimental results show that the tag rate is higher when distance between tag and reader antenna is closer; however, the tag read rate changes due to environmental multipath fading variation.
To speed up the measurement process, a programmed Lego NXT robot is used to the move the tag location automatically without human intervention, such that sufficient data can be collected for statistical analysis.

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