针对目前路灯使用的控制系统中无法实时定位路灯的地理位置等问题,设计了使用Microsoft Visual Studio 2008开发工具下基于MFC中的CDHtmlDialog类,使程序嵌入浏览器进行对百度地图的访问,实现对HTML中JavaScript脚本的扩展,并通过C++代...针对目前路灯使用的控制系统中无法实时定位路灯的地理位置等问题,设计了使用Microsoft Visual Studio 2008开发工具下基于MFC中的CDHtmlDialog类,使程序嵌入浏览器进行对百度地图的访问,实现对HTML中JavaScript脚本的扩展,并通过C++代码调用网页脚本中的函数,成功定位LED路灯并进行实时监控,该方法可以使路灯监控更加智能化。展开更多
This paper describes the development of a new ECG tele-monitoring method and system based on the embedded web server. The system consists of ECG recorders with network interface and the embedded web server, internet n...This paper describes the development of a new ECG tele-monitoring method and system based on the embedded web server. The system consists of ECG recorders with network interface and the embedded web server, internet networks and computers, with the system operating on browser/server(B/S) mode. The ECG recorder was designed by ARM9 (S3C2410X) and embedded operating system (Linux). Once the ECG recorder has been connected to the internet network, medical experts can use the internet to access the server of the ECG recorder, monitor ECG signals, and diagnose patients by browsing the dynamic web pages in the embedded web server. The experimental results reveal that the designed system is stable, reliable, and suitable for the use in real-time ECG tele-monitoring for both family and community health care.展开更多
文摘针对目前路灯使用的控制系统中无法实时定位路灯的地理位置等问题,设计了使用Microsoft Visual Studio 2008开发工具下基于MFC中的CDHtmlDialog类,使程序嵌入浏览器进行对百度地图的访问,实现对HTML中JavaScript脚本的扩展,并通过C++代码调用网页脚本中的函数,成功定位LED路灯并进行实时监控,该方法可以使路灯监控更加智能化。
基金Education Committee Foundation of Beijing grant number: KM200610005022+1 种基金Young Backbone Teacher Foundation of Beijing grant number: 102KB00845
文摘This paper describes the development of a new ECG tele-monitoring method and system based on the embedded web server. The system consists of ECG recorders with network interface and the embedded web server, internet networks and computers, with the system operating on browser/server(B/S) mode. The ECG recorder was designed by ARM9 (S3C2410X) and embedded operating system (Linux). Once the ECG recorder has been connected to the internet network, medical experts can use the internet to access the server of the ECG recorder, monitor ECG signals, and diagnose patients by browsing the dynamic web pages in the embedded web server. The experimental results reveal that the designed system is stable, reliable, and suitable for the use in real-time ECG tele-monitoring for both family and community health care.
