https://scholars.lib.ntu.edu.tw/handle/123456789/150294
標題: | 基於IEEE802.15.4協定應用於生理訊號偵測之星狀拓樸無線感測網路研製 Implementation of a Star-Topology Wireless Sensor Network Based on IEEE 802.15.4 Protocol for Pysiological Signal Detection |
作者: | 林昆賢 Lin, Kun-Sian |
關鍵字: | IEEE802.15.4;Zigbee;無限感測網路;NS2;Wii;Wireless sensor network | 公開日期: | 2009 | 摘要: | 隨著Wii遊戲機的普及,電玩和運動的結合變得越發密切,這已經帶領了一波新的運動風潮。而一般家庭常見到的跑步機、腳踏車健身器、呼拉圈、跳繩、有氧體操等室內運動,也會變得更加熱門,然而,一般市售運動器材多半都不附感測器,即使配備脈搏、體溫等感測器,也常因記憶體及運算單元的限制而無法進行長時間的記錄或整理出有用的數據,久而久之多半遭到使用者棄置不用,大大降低了原本配備感測器的美意論文中主要是說明如何能研發出一種根植於IEEE 802.15.4/Zigbee上的無線感測網路,提供感測器傳輸資料的途徑,並透過NS2模擬來決定出此無線網路的詳細架構,接著實作出整體系統且經由量測得到此系統效能,並提出未來發展的方向和建議。 With the popularity of Wii game consoles, games and sports have become increasingly closed combination, which has led a wave of new sport. Common to the general family of treadmills, bicycle fitness, and hoop, rope skipping, aerobic gymnastics and other indoor sports, will also become more popular. However, most of the sport equipments is not attached to sensors, even if equipped with pulse, temperature and other sensors, it is often due to memory restrictions and computing modules that can not be a long period of recording or coming up with useful data, with the passage of time, most of them abandoned by the user, greatly reduced the original good intentions of sensor. his paper is mainly on how to develop a Wireless Sensor Networks rooted in the IEEE 802.15.4/Zigbee, to provide sensor data transmission ways, and through the NS2 simulation to determine the details of the wireless network architecture. Then the overall system is made and test system performance, and give the direction of future development and suggestions. |
URI: | http://ntur.lib.ntu.edu.tw//handle/246246/188032 |
顯示於: | 電機工程學系 |
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ntu-98-J95921015-1.pdf | 23.32 kB | Adobe PDF | 檢視/開啟 |
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