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基于Web技术的水文缆道测控系统设计

香天元, 荣新武 ,范亮   

  • 出版日期:2020-09-28 发布日期:2020-09-28

Design of hydrological cableway flow measurement system based on Web technology

XIANG Tianyuan, RONG Xinwu, FAN Liang   

  • Online:2020-09-28 Published:2020-09-28

摘要: 为实现远程水文缆道平台在线测控,通过将嵌入式WebSocket的服务器与Web应用服务器结合,设计了一种基于Web技术的水文缆道测控系统。该系统以Web应用服务器为主,以嵌入式WebSocket Server提供缆道控制服务,具有以下特点:(1)客户端在访问应用服务系统的同时,可实现对水文缆道设备的即时控制,减少了中间中继环节,提高了系统的即时性与稳定性;(2)可降低硬件设备与业务功能的耦合性,减少了硬件设备升级维护难题;(3)可解决传统C/S(Client/Server)系统客户端软件升级维护的难题;(4)可适用于需要对远程硬件设备进行远程实时控制的各平台或系统。

关键词: 水文缆道, 远程测控, WebSocket Server, B/S架构

Abstract: In order to realize remote automatic flow measurement,we designed a hydrological cableway flow measurement system based on Web technology.This system can provide hydrological cableway control service by combining Web application Server embedded with WebSocket Server.This system has following features:(1) It can allow client access the application service system and can realize real-time control of the hydrologic cableway equipment simultaneously.Hence,immediacy and stability of the system is improved by reducing the intermediate relay link.(2) It can reduce the coupling between hardware equipment and business functions,which solves the difficulty of upgrading and maintaining hardware equipment.(3) It can solve problems of upgrading and maintaining traditional C/S(Client/Server)system.(4) It can be applied to other platforms or systems that need remote real-time control on hardware devices.

Key words: hydrological cableway, remote measurement and control, WebSocket Server, Browser/Server;