RFID 是一種非接觸式的射頻辨識系統，具有讀取、寫入、記憶及無線通信等機能，目前多應用於物流倉儲管理，若應用其UID 的特性並與測量樁／標相結合，可以提供測量樁／標的辨識及資料提取，使測量樁／標成為會表明身分的智慧型測量樁／標。e-GPS 是結合GPS 高精度定位能力與通訊技術的即時動態測量方法，具有高精度的點位導引和復位能力。若將RFID 與e-GPS兩項技術相結合，並應用於地籍測量業務中，可充分發揮其導引能力、辨識能力、復原能力、點位資料處理能力，加速地籍測量作業效率，在工作上管理上將更臻便利性，同時也不影響現有地籍測量的作業程序。 RFD is a non-contact frequency identification system capable of reading , writing and storing information , as well as radio communication ; this technology is used widely nowadays in logistical , warehouse management . If the built-in UID feature can be combined with surveying piles / marks to provide identification and data retrieval capabilities , then they may become “intelligent”piles/marks able to identify themselves e-GPS is a real-time , dynamic surveying method applying the ultra precise positioning capability of GPS and communication technologies , having the abilities of point guidance and resetting . If RFID and e-GPS can be combined and applied in cadastral surveying tasks , then their capabilities of guidance , identification , reset and point data processing may enhance the efficiency of cadastral survey , 50 that the management may be more convenient , and current operating procedures of cadastral surveying may be unaffected .
