以手持行動裝置為中心結合藍牙4.0低功耗技術建立物聯網

The internet of things based on a handheld mobile device and the Bluetooth 4.0 technique

陳煜鑫(Yu-Sin Chen)

指導教授 ： 黃榮堂

共同指導教授 ： 曲立全(Li-Chuan Chu)

國立臺北科技大學/機電學院/機電整合研究所/碩士(2014年)

摘要

本研究使用目前幾乎人手一機的手持式行動裝置作為平台，開發出讓使用者能隨身使用且易於操作之應用程式(mobile application, mobile app)，所開發的應用程式利用手持式行動裝置本身所具有的藍牙4.0(Bluetooth 4.0)功能，結合藍牙4.0低功耗技術(Bluetooth Low Energy, BLE)，可以減少對裝置本身的電池電量消耗，再配合周邊設備，例如安裝有藍牙4.0模組的運動手環可以計算使用者消耗的卡洛里，搭配包含有藍牙4.0模組的感測器可以做到像是呼吸吞吐偵測、足底壓力分佈感測以及人體血糖檢測等等功能，將藍牙4.0模組應用在照明設備上結合語音辨識可以進行照明設備亮滅控制、亮度調整…等等，最後建立起一以手持行動裝置為中心的藍牙4.0物聯網(the Internet of Things, IoT)，此一物聯網內搭配有藍牙4.0之設備，不管是手環、感測器、家電用品，甚至是個人的個人助理機器人皆可以相互交換各自所擁有的資訊，相互協助最後完成指定的命令。

關鍵字

手持行動裝置應用程式 ； 藍牙4.0低功耗技術 ； 語音控制

並列摘要

This study applies the handheld mobile devices as an open platform to develop the mobile applications (mobile apps). The design of the mobile app’s user interface (UI) has a major impact on the user of no training, so we introduce the user-friendly interface. The mobile apps utilize Bluetooth 4.0 function and combine with Bluetooth Low Energy technique (BLE) to reduce battery consumption of the devices. We equip the peripheral products with Bluetooth 4.0 module. For example, sports bracelet with Bluetooth 4.0 module can calculate the consumption of calories. Sensors combine with Bluetooth 4.0 module can detect inspiration and expiration, foot pressure, and blood sugar. We can both press the button and recognize speech to control the Lighting equipment with Bluetooth 4.0 module, such as changing its colors and adjusting brightness. The ultimate aim of this study is constructing the internet of things based on a handheld mobile device and the Bluetooth 4.0 technique. All of the equipment in this internet of things can exchange the information and complete the specific command.

並列關鍵字

mobile application ； Bluetooth Low Energy ； voice control

參考文獻

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