2) optical communication technique
光通信技术
1.
This paper introduces the d development of the optical communication technique and its application in the broadband communication network, and expounds the main techniques and structures of the all optical communication network, and points out the merits and developing prospect of the all optical communication network.
介绍了光通信技术的发展及其在宽带通信网中的应用,阐述了全光网的主要技术、网络结构及全光网的优点及发展前景。
2.
A teaching model of combining Fabry-Perot filter with modem optical communication technique is illustrated as an example to show that the teaching permeated with modem technology is one of the effective ways of quality education.
以在光学教学中讲授法布里—珀罗滤波器与现代光通信技术相结合的教学模式为例,说明渗透现代科技的教学模式是进行素质教育和素质型人才培养的一种行之有效的教学途径,阐述了光学教学过程中对教学方式与教学内容进行改革的几点做法。
4) fiber communication technology
光纤通信技术
1.
Based on the principle of the pilot distance or zero sequence direction relay,a new design of the transmission line pilot relay using fiber communication technology is described.
阐述了利用光纤通信技术以现有的微机型纵联距离、纵联零序方向线路保护原理为基础,通过光缆直接通信或经由复用准同步数字系列(PDH)/同步数字系列(SDH)系统,通过微波通道实现超高压线路两侧纵联保护之间的信息交换,实现新型方向式线路纵联保护,并可解决高阻接地故障时测距、复杂故障选相等信息交换的方案。
补充资料：红外线通信(见光通信)
红外线通信(见光通信)
infrared communication
hongwaixian tongxin红外线通信(in fraredco~爪cation)见光通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条