基于网络的实验硬件远程控制系统的开发

提出一种实现实验设备及数据采集平台网络化的解决方案。该方案综合了 Isapi,Java,Matlab引擎嵌入和网络多媒体等诸多当前计算机和网络的最新技术 ,具有实现硬件设备网络化和算法嵌入解析的能力。远程三维形貌测量实验证明 ,该方案不仅可以灵活地实现传统远程教学系统的诸多功能 ,而且还能将实验室原来的软件硬件快速、高效、低成本地移植到网络平台上 ,实现硬件设备的网络化 ,为远程教学中的远程仪器设备网络开放提供了一条有效的技术解决途径

Design of a laboratory hardware remote control system based on network

The virtual laboratory and distance education systems are being widely applied on the Internet. A remote hardware control system based on network was integrated with Isapi, Java, Matlab and streaming media technologies to remotely control experimental equipment through the Internet. The system also used algorithm-embedding. The results of a remote 3-D measurement experiment with the system show that the system can not only provide traditional remote education, but can also rapidly and efficiently transplant original software and hardware onto the network platform.