面向人脑电信号实时监测管理的WebGIS系统设计与开发

A WebGIS Prototype Design and Implementation for EEG Signals Real-Time Monitoring

为了解决传统的脑电监护系统难以对突发疾病用户实施及时救助的问题,基于便携式脑电信号实时采集设备,应用安卓APP实现了脑电信号和位置信息的实时传输,设计开发了面向人脑电信号实时监测管理的WebGIS原型系统。该系统实现了用户实时位置监测、脑电数据异常判断、应急响应和最佳救援规划,同时并将所采集的脑电信号实时显示和动态分析;在脑电信号判断异常时,系统将启动应急响应模块,并基于用户所在当前位置进行最佳救援规划。研究内容为未来面向移动智慧健康的相关研究提供了一种解决思路和参考方案。

For solving the problem that the traditional EEG monitoring system is difficult to implement timely rescue for users with sudden illness,this paper implemented real-time transmission of EEG signals and position information using Android APP based on the portable,real-time acquisition device of EEG signals.A WebGIS prototype is designed and developed for monitoring and managing human EEG signals dynamically.This prototype contains real-time monitoring of users’position,abnormal judgment of EEG data,emergency response and optimal rescue planning.In addition,the real-time display and dynamic analysis are implemented for dynamic monitoring.When the EEG signal is abnormal judged by analysis model,the system will start the emergency response module and perform the optimal rescue planning based on the current location of the user.This article provides a solution and reference plan for the future research on smart health.