植基於腦波機之無線遠距醫療系統

Use EEG Machine for the Study of Auxiliary Telemedicine System

劉仲鑫(Chung-Hsin Liu) ； 曾文彥(Wen-Yen Tseng)

《華岡工程學報》 28期 (2011/06) Pp. 70-79

https://doi.org/10.29987/CCUHKJE.201106.0011

摘要

本研究模擬兩位以上的患者同時接受腦波機治療時，透過無線網路DSDV（Destination-Sequenced Distance-Vector）路由傳輸協定傳送資料，以了解是否能得到穩定的傳輸效果。在本實驗中，我們使用802.11g的無線網路傳送協定。實驗環境設置一個接收節點模擬腦波接收機，另一個傳送節點模擬受測者發送訊號。再逐一增加受測者的數量，分析包含封包接收率，吞吐量與封包延遲。經模擬實驗的結果得到無線隨意網路可以提供穩定的資料傳輸，因此，接受腦波機訓練的學員，不一定需要留在醫療院所中才能接受治療。只需要將相關設備，移至學員日常所至的環境如學校，或是家裡，即可進行治療。如此可使接受腦波機訓練的學員，在較舒服的環境中接受治療，並幫醫療院所節省使用空間的成本。

關鍵字

網路服務 ； 遠距醫療

並列摘要

In this study, we simulated more than two patients receiving EEG machine signal at the same time, by using DSDV (Destination-Sequenced Distance-Vector) routing protocol. The purpose of this experiment is to know whether the wireless ad hoc network could provide stable data transferring performance. In this experiment, we used 802.11g transfer protocol for wireless networks. Every experimental environment sets a receiving node, simulating EEG machine. A node for transmission is to simulate student to send signals. Then, we increase the number of nodes one by one, analyzing the packet receiving rate, throughput and packet delay. The simulation and experimental results of the wireless ad hoc network could provide stable data transmission. The students using EEG machine for concentrating training, do not necessarily need to stay in the hospital to receive treatment. The wireless telemedicine system will allow concentrating training to take place everywhere. It will make students more comfortable and save hospital costs.

並列關鍵字

Network service ； Telemedicine System