隨著行動無線通訊技術的發展，手機不再只是可以帶著走的電話，大量資料交換同時身分驗證成了很重要的議題，本論文著重在生物特徵認證，提出「計程車安全認證系統」，透過無線通訊技術將指紋傳遞給無生物特徵認證能力的機器端，在機器端進行辨識，使機器端無須具備有生物特徵讀取的能力也享有生物特徵身份辨識的方便與安全。本論文將所提出之「計程車安全認證系統」以實作呈現，計程車端僅須具備有對外網路與NFC通訊功能，即可利用手機上的指紋模組進行身分辨識，系統主要流程著重於司機端的身分認證，使司機可以通過一台智慧型手機來實現對計程車的操縱，包括鎖定和解鎖汽車。本論文透過App將手機指紋辨識系統綁定車鑰匙，使用近場通訊技術解鎖汽車。指紋具有唯一性，即使車主手機遺失，也不具備有車輛被盜竊之風險。從實際測試來看，使用指紋通過NFC操作進行開/鎖車門，與遙控鑰匙相比，反應速度和操作時間稍久，但從效果上來看，可以在保證安全的情況下得到更多的控制方式和更大的自由度。

With the rapid progress of mobile wireless communication technology, cell phone is not only a handheld mobile device but also a platform for data exchanging. Therefore, it is a vital issue how to authenticate identity while dealing with large amounts of data. This thesis focuses on the biometric authentication and proposed a “Taxi Safety Certification System”. Through wireless communication, this study transfers the fingerprints to machine without biometrics identification technology and authenticate user identity on device. There is no need to equip biometrics identification system for safety and convenience benefits. The main process of the proposed system focuses on the identity authentication of the driver. It allows drivers to steer a taxi via smartphones, which includes both locking and unlocking the vehicle. This system is used to unlock the car door by near field communication technology which combines car keys with the fingerprint identification system. Even though the smartphone is lost, the car isn't under the risk of theft. From a practical point of view, compared with remote key, the action speed and operating time in report of passing fingerprint to lock/unlock car door by NFC are both slightly longer, but in terms of effect, it can get more control methods and more freedom with safety guaranteed.

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