物聯網議題持續發展，物聯網將生活中各種感測設備資訊，例如無線射頻裝置、紅外線感測、全球定位系統等裝置，與網際網路結合起來成巨大網路。使所有物品都與網路連接在一起，方便辨識與管理，做後續的應用。目前物聯網技術已用於許多地方，像是智慧家庭、智慧運輸、智慧醫療、智慧能源、智慧工業等應用。而因為現在智慧建築的空間侷限於單一空間，像是智慧家庭，但人不會只在一個空間活動，且發展也僅能符合單一功能，因此我們希望結合室內定位技術，提供辦公大樓或是學校建築等公共建築物的使用者一個行動化的管理模式，且主動提供使用者所到空間的環境資訊，並模擬人員的使用狀況，在行動裝置畫面中提供適當的回饋。故本研究提出了一個結合BLE技術與行動裝置，達到物聯網的人機互動能夠行動化，BLE技術由於其低成本、低耗電，易於布設，且能夠與行動裝置結合，因此適合用在本系統的定位技術上。透過結合BLE技術，導入位置情境資訊感知概念，主動提供使用者所到位置的資訊以及提供個人化的設施控制服務，最後本研究會探討物聯網資料性質適合於行動裝置表現的方式，提供行動化之智慧建築管理服務。

Internet of Things (IoT) technologies has been applied in home and office environment to achieve smart building. Most applications of smart building are limited in a single space, such as a smart home. However, most people would move among spaces in the work environment. Therefore, this study integrates IoT with indoor positioning technology to develop a mobile interaction paradigm for the display and control of IoT devices in a smart public building. A prototype system adopted BLE positioning on mobile device was developed to show the feasibility of such interaction paradigm. Based on the context awareness concept, the proposed system adopts BLE to identify the room which the user is located currently, and the mobile device automatically connects with the IoT devices in that room only to achieve localized environment monitoring and device control. Several visualized ways to present the information of these IoT devices on mobile device were proposed and compared in this study to suggest the most suitable way for each one. A case study on the application scenarios of the proposed system was developed to show the feasibility and benefit of such integration.

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