物聯網技術，由英國企業家Kevin Ashton於1999年在Auto-ID實驗室首次提出，一直發展至今。隨著德國政府的高科技計劃——工業4.0的提出，讓這個已經發展了十幾年的技術又一次成為了大家研究的熱門話題。伴隨著無線通訊技術與感測器技術的不斷發展，物聯網構建出了感知層，網路層和應用層三層架構，為物聯網的應用提供了堅實的理論基礎。但是物聯網裝置具有低功耗、存儲空間有限和計算能力不足等特點，讓裝置的可靠性，運算性能，安全性以及保密性受到了影響。面對物聯網裝置產生的資料無法得到很好的處理、存儲以及管理等挑戰與問題，另一項技術的應用，恰恰彌補了上述的不足，這項技術就是雲端平台技術。雲端平台技術利用其存儲、計算、可靠和安全上的優勢為物聯網應用帶來了新的發展。
科技的產生就是為瞭解決社會問題，IoT與Cloud兩種技術整合下的發展，應用在了人類社會的多個領域，在醫療領域的應用尤為有意義。當今社會人口老年化問題日益嚴重以及醫療資源分佈不均等問題不斷凸顯，面對這樣的社會問題，恰恰可以利用物聯網技術來實現，以達到方便、快捷的就診或者身體檢查的目的。通過穿戴式裝置上的感測器，獲知使用者的身體生理特徵，配合雲端平台技術，將這些生理特徵進行有效的存儲、管理與計算，為使用者和醫生提供可供參考的意見。但是，便捷的同時，也隱藏著危險，穿戴式裝置的使用者的隱私保護在沒有保護下及其容易洩露。因此，本研究就提出了一種基於Token的醫療穿戴式裝置管理平台架構，利用Token的不可逆性為使用者提供了一套安全的隱私保護機制，並針對醫療領域的特殊性，設置了不同的服務類別、優先級別、安全級別等屬性。不但保護了使用者的安全隱私，還能提供更好的服務。
本研究在理論基礎之上，根據資料庫的合理規劃、功能的合理設計，完成了管理平台的建設，並且通過網路模擬工具對本研究的機制進行了逐一驗證，配合平台管理詳細地展現了所連接裝置的狀態資訊。

With the rapid development of IoT technology, it has been applied in many fields. Using the IoT technology, the more and more traditional things become wisdom. The issues of computing, storage space, the stability of the system, and the security of the system have become more and more important. The researchers developed the technology of network platform which makes an excellent complement to the IoT. Applying the perfect integration of the two technologies in the medical field, remote medical, mobile medical used to solve the social issues of old man treatment, and the distribution of medical resources etc. The wearable device as the infrastructure of these intelligent medical systems is convenient to use, and the management platform provides a visual Graphical interface to the users and doctors, that the collections of physical signs are clearly displayed. But there is a challenge that is the user's privacy protection.
In order to protect personal privacy, a mechanism for solving this issue that is a token-based management platform concept is proposed in this dissertation. The personal information will be replaced by a token when the user employs a wearable medical device. Along with the division of services, the token is equipped with priority, service category, security level properties. In this dissertation, the management platform is realized through the rational planning data relationship and the mechanism functions showing as the website. And also the network simulation tool is utilized to verify the project.

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