The system is based on virtual instrument and establishes industrial Ethernet star fiber network control system.
建立了基于虚拟仪器和工业以太网技术的星型光纤网络控制系统。
A fiber sensing system with data acquisition and data processing based on virtual instrument technology is proposed in this paper.
本文基于虚拟仪器技术构建一个光纤传感数据采集与处理系统。
In addition, considering the COMNET's deficiency of the secrecy and real-time, another scheme of Virtual Private Network (VPN) based on GPRS combining fiber is brought forward.
另外，针对公网通信保密性和实时性方面的不足，提出一种GPRS网络结合光纤通信的虚拟专用网的通信方案。
Results and Conclusion it indicates that in optical fiber gas concentration detecting system the virtual digital oscillograph has good detecting signal and a good human-machine interface and feature.
结果与结论在实际光纤气体浓度检测系统中的应用表明，该虚拟数字示波器很好地实现了检测信号的处理，并具有良好人机界面和性能。
The paper introduces an efficient and reliable fiber communication system, which can implement milted virtual channels, point to point, full duplex communication by means of a pair of fibers.
本文介绍了一个高带宽、高效率、高可靠性的光纤通信系统实现，它可以在一对通信光纤上实现两个通信端之间的多虚通道、点对点、全双工通信。
The paper introduces an efficient and reliable fiber communication system, which can implement milted virtual channels, point to point, full duplex communication by means of a pair of fibers.
本文介绍了一个高带宽、高效率、高可靠性的光纤通信系统实现，它可以在一对通信光纤上实现两个通信端之间的多虚通道、点对点、全双工通信。
应用推荐