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Android Based Remote Fall Monitoring and Generating Location Alert

机译:基于Android的遥控落下监控和生成位置警报

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The development of a remote fall monitoring system on an android operating system is built for M-Health (mobile healthcare) purposes, for example to monitor people who are epileptic, amputees and the elderly etc. The sensors embedded in the smart phone device can be exploited to perform healthcare monitoring. There is no additional hardware involved other than the device itself, making it a light, powerful, easy to use remote monitoring system. The system remotely monitors the device for any fall and if fall has occurred, it automatically sends an alert message to the data centre along with the location details. The application is easier to use and no additional training is required. The eclipse integrated development environment (IDE) used to develop the application enables the developer to code in java and xml with its various tools. In order to obtain the location of the android user, the code accesses the hardware sensors and the location sensor. The latitude and longitude extracted from the GPS (Global Positioning System) is added to the SMS which is then sent to the data center. Medical assistance is then dispatched to the required location. The inbuilt accelerometer of an android device is accessed for fall detection. An emergency button is also available in case the person requires medical assistance. Pill dosages and doctor appointments are managed and updated by the data center regularly. An ROC (Receiver operating characteristic) curve is plotted in order to fix the optimal threshold for the fall detector system.
机译:在Android操作系统上开发遥控器监控系统是为M-Health(移动医疗保健)的目的为例,例如监控癫痫发作设备中的癫痫患者,患者和老人等。嵌入在智能手机设备中的传感器可以是剥削以进行医疗保健监控。除了设备本身之外,还没有额外的硬件,使其成为光明,强大,易于使用的远程监控系统。系统远程监控任何跌倒的设备,如果发生跌倒,它会自动向数据中心发送警报消息以及位置细节。应用程序更易于使用,并且不需要额外的培训。用于开发应用程序的Eclipse集成开发环境(IDE)使开发人员能够以Java和XML中的各种工具代码。为了获得Android用户的位置,代码访问硬件传感器和位置传感器。从GPS(全球定位系统)提取的纬度和经度被添加到SMS,然后将其发送到数据中心。然后调度医疗援助到所需的位置。访问Android设备的内置加速度计可访问坠落检测。如果该人需要医疗援助,也可以提供紧急按钮。丸剂剂量和医生约会定期管理和更新。绘制ROC(接收器操作特性)曲线以固定坠落检测器系统的最佳阈值。

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