近年來由於無線通訊技術快速發展，讓物聯網(Internet-of-Things, IoT)概念有機會逐漸被實現。但面對物聯網應用領域廣泛、且物件種類多元，如何達成物件自動配置及提升物件操控性，來降低使用者設定問題及符合節能概念，此皆為物聯網未來可探討之議題。
本論文針對上述議題提出可行方案，並開發完成「自動配置與智慧連接系統」，以實作呈現所提出之概念，系統主要功能規劃如下:
1.IoT燈具自動配置:利用接收訊號強度(RSSI)以決定燈具配置區域，或採用範圍配位、子 區域(sub-area)概念進行配置。子區域(sub-area)除提升控制效率外，更換燈具時亦更簡單。
2.智慧連接控制:設計任意開關、感測器、遙控器…等，可採手動、自動、智慧模式控制IoT燈具，使燈光控制更具彈性與效率，並符合節能訴求。
3.多功能遙控器:利用單鍵ZigBee設備模擬遙控器，除可由主控台快速設定遙控器來控制IoT燈具外，亦可由遙控器本身設定來控制燈具。藉由互為備援的主控台與遙控器，將可提供更有效率操控平台。
另外本研究所開發之「自動配置與智慧連接系統」，除驗證上述功能外，亦在實驗環境中，針對其性能做多方面效能分析，其結論摘要如下:
1.當不同燈具先後擺放於相同位置時，RSSI變動性不大，約在-3dBm範圍內。
2.當燈具位置不變時，若sub-area範圍設-3dBm，在實驗環境內可配置到相同燈具位址。
3.RSSI與距離呈非線性，因此sub-area範圍呈不規則狀，移動10cm最大衰減-11dBm。
4.當進行多燈具配置時，每增加一燈具，平均配置時間約增加2.3秒。

In recent years, the rapid development of wireless communication technology has led to the gradual realization of the IoT (Internet-of-Things). However, as the number and range of applications of smart objects increase, automatic configuration and the efficiency and flexibility of object-control are important issues in the IoT field. The goal is provide a smart user-friendly interface and highly control while saving energy.
Accordingly, this thesis proposes a feasible solution in the form of an “Auto-configuration and Smart Binding Control System”. The system and its functions are designed as follows.
1.IoT Lights auto configuration:A Received Signal Strength Indicator (RSSI) is used to assign lights areas, In addition, we apply sub-area concept to assign the lights in range locations. By doing so, it not only efficiently improves the system control, but allows users to replace lights more easily.
2. Smart binding control:This system uses flexible switches, a sensor, and a remote control to manipulate the lights. Manual, automatic, and smart modes are utilized to control IoT lights more flexibly and efficiently, saving energy.
3. Multi-functional remote control:In this system, a one-touch device is used to simulate the remote control. The console platform is easily used to control IoT lights remotely or a remote control can be used to set up the lights. The device and console platform match each other, offering mutual aid and protection platform-controlling.
With respect to the development of an “Auto-configuration and Smart Binding Control System”, the above features are verified and many aspects of the system performance is evaluated. The following conclusions are drawn.
1.When different lights were placed in the same position, the RSSI varied insignificantly, over a range of approximately -3dBm.
2.When the light position is fixed and the sub-area range is set to -3dBm, we can guarantee the lights are configured to the same lights numbers.
3.Since the RSSI ranging is nonlinear, the sub-area range is irregularly shaped. When the light is moved 10cm apart, the maximum attenuation is -11dBm.
4.In the auto-configuration of multiple lights, each additional light increases the mean setting time by 2.3 seconds.

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