基于java的路边传感与控制信息系统

L. Myers, M. Lovette, C. Kilgus, J.A. Giannini, D. C. Swanson, K. Reichard, M. Mahon, D. Mast
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引用次数: 3

摘要

基于java的信息系统的出现导致了一种新的网络系统结构,取代了ARL/PSU传统上用于路边传感和控制的定制设计的客户机/服务器体系结构。Java小程序提供人机界面,允许通过专用内部网或拨号调制解调器从多个位置访问和控制路旁系统。唯一需要的用户软件是一个Web浏览器,Java提供图形用户界面。ARL/PSU在一个试验性的道旁岩石滑动检测系统中实现了一个基于java的信息系统。为了确定岩石滑动相对于轨道的位置,传感器阵列提供了测向和距离估计。传感器站点(路旁服务器)计算机中的数字信号处理板记录传感器数据,并执行冲击检测和定位功能。路旁服务器通过电话调制解调器在远程PC监视器上提供基于java的系统信息图形显示。
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A Java-based information system for wayside sensing and control
The advent of Java-based information systems is causing a new network system structure to replace the custom designed client/server architecture traditionally used at ARL/PSU for wayside sensing and control. Java applets provide the man-machine interface allowing access and control of the wayside system from multiple locations over a dedicated intranet or dial-up modems. The only user software required is a Web browser with Java providing the graphical user interface. ARL/PSU is implementing a Java-based information system in an experimental wayside rock slide detection system. To determine the location of the rock slide relative to the tracks, the sensor array provides both direction finding and range estimation. A digital signal processing board in the computer at the sensor site (wayside server) records the sensor data and performs the function of impact detection and localization. The wayside server provides a Java-based graphical display of system information on a remote PC monitor via a telephone modem.
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