本論文將探討可應用於建築物體之RFID 超高頻標籤天線設計，其型式包含了防偽束帶天線與門牌天線。天線之設計乃是應用數值模擬軟體HFSS進行模擬與分析，並將之實作出來。此外，在模擬過程中亦將會歸納出一些可調參數以便參數分析，可幫助研究天線之阻抗特性與天線架構之間的關係，以期待此兩款標籤天線在建材防偽與門牌資訊之應用上能夠符合需求與規範。本研究中亦將就防偽束帶天線的設計概念，討論其在應用上所具有的價值，而該防偽束帶天線之應用亦已在申請專利中。

This thesis studies the design of RFID tag antennas for building applications . The form of tag antennas include both anti-counterfeit cable tie tag antennas and doorplate tag antennas . An electromagnetic numerical simulation software package , HFSS , is applied to analyze and desige tags in this study . The prototypes of the RFID tag designs will be fabricated later . A parameter study is performed to investigate the impedance characteristics of the antennas with respect to antenna geometries during the simulation , and to expect these two tags could be conformed to the requirement and standard in the application of anti-counterfeit building materials and doorplate information . Also , It will be discussed with the core value of building applications in anti-counterfeit cable tie tag antennas in this study . Patent applications are submitted for the applications of anti-counterfeit cable tie tag antennas.

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