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  • 學位論文

線上互動式休閒器材之架構探討與實作

Architecture and Implementation of an Internet Interactive Platform for Leisure and Exercise

指導教授 : 黃榮堂 陳正光
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摘要


本研究論文主要在探討網路互動式平台的架構,藉由軟體控制器、硬體控制器和伺服器三大部分的架構來探討整個互動式實作的過程。軟體控制器主要在於控制所有客戶端的訊息,把所有的訊號都彙整起來,扮演一個中繼的角色,除了收集儲存資料以外也必須要對資料作判斷和決策,讓整個互動式平台可以順利的運作。硬體控制器最主要於所有硬體的控制,這其中包括了動態平台、視訊攝影機、生理偵測器和輸入裝置,藉由硬體控制器我們可以對這些不同的裝置做不同的處理,如控制動態平台的運動、擷取視訊和偵測心跳來維持整個遊戲的順利進行。最後則是伺服器的部分,伺服器是整個網路互動的重心,所有網路的連線都必須透過伺服器的接受和管理才可以與其他不同的使用者進行互動。在實作方面本論文整合了許多不同的硬體,如自行設計的動態平台、視訊攝影機、生理偵測器,在軟體方面則是使用TCP/IP協定和Java語言來實現所有互動式的流程。

並列摘要


This thesis focuses on studies of architecture and implementation of an internet interactive platform system that composes of software controller, hardware controller and server. Software controller is a center to collect and store the message sent from hardware controller and server, and then to make decisions by these data for running the system smoothly. Hardware controller includes a dynamic platform, cameras, a physical detector and input devices. These devices could complete many processes for running system successfully, for example to control the dynamic platform, fetch images, capture input messages and detect heart beats. Finally, server architecture is a key role for internet interaction. It will accept and manage all the internet connections for interacting among all of the users. The interactive system is evaluated by real experiments through integrating many facilities, such as dynamic platforms, cameras, a physical detector and input devices. The system is written by Java language and uses TCP/IP protocol to accomplish all the interactive procedure.

參考文獻


[20] 陳世偉,具即時生理訊號及影音傳送之可行動遠距看護系統,碩士論文,國立成功大學電機工程學系,台南,2003。
[7] Samuli Pekkola, Mike Robinson, Jonni Korhonen, Saku Hujala, Tero Toivonen and Markku-Juhani O. Saarinen, “An Architecture for Virtual Reality, Audio, Text, & Document Handling in Applications Supporting Multi-Person Interactions,” Euromicro Conference, 2000, Proceedings of the 26th, Maastricht, 2000, pp. 150-157.
[12] XML,eXtensible Markup Language,http://www.w3.org/XML/
[14] W3C Document Object Model,http://www.w3.org/DOM/
[1] 黃豪銘編著,醫用電子學,台北:高力圖書有限公司,2003

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