一款医用可穿戴计算机系统的设计与实现

摘要

目前,可穿戴技术越来越多地应用于医疗领域.文中设计了一款集传感器、蓝牙、GPS,TD-SCDMA等技术于一体的现代医用可穿戴监测系统,由传感器采集各项重要生理指标(血压、脉搏、体温等),经过蓝牙短距离无线传输系统传送给个入手持终端,个人手持终端通过先进的面向通信的双核处理器DTT6COIB对整个系统进行控制,及时地与携带者及远程医疗控制中心进行通信.通过实例对可穿戴计算技术的休系结构进行探讨.并对其中的关键数据采集技术进行了实验论证,并就可穿戴计算技术的前景进行了展望.%At present, wearable technology is increasingly used in medical field. A new system about medical wearable monitoring which includes sensors, bluetooth, GPS, TD-SCDMA and other technologies are introduced. The data of important physiological indicators ( blood pressure, pulse, temperature, etc. ) are collected by the sensors and transported to the personal handheld devices by bluetooth.The personal handheld device control the whole system by DTT6C01B-a communication oriented multi-type information processor, and communicate timely with the carriers and medical control center. In this paper, the architecture of the wearable computer is studied in some cases, and one of the key experimental data collection techniques were demnstrated, and look into the future of it.