1、Technology of OBS Routing
光突發(fā)交換中的路由技術

2、A new burst assembly algorithm for the FRR-enabled OBS networks
一種新的基于FRR的OBS突發(fā)組裝算法

3、This paper is mainly about the application of OBS edge node.
本文是關于光突發(fā)交換輸入邊緣節(jié)點實現(xiàn)的應用性文章。

4、A Novel Assembly Algorithm for OBS Edge Routers
一種改進的OBS邊緣路由器組裝算法

5、A hardware design of bus control module in OBS edge node is reported.
給出了一種OBS邊緣節(jié)點總線控制的硬件設計方案。

6、The platform is further verified with the OBS core node control software.
基于軟件OBS核心控制程序驗證了實驗平臺的有效性；

7、Introduction of OBS and its application study
光學后向散射濁度儀簡介及應用研究

8、Void data filling is usually used to pad the bursts of OBS networks to required minimum length.
在光突發(fā)交換(OBS)網(wǎng)絡中，通常采用填充無效數(shù)據(jù)的方法來達到突發(fā)包最小包長要求。

9、Aim To improve the QoS performance of OBS networks.
目的改善光突發(fā)交換(OBS)網(wǎng)絡的QoS性能。

10、OBS combines advantages of Optical Circuit Switching and Optical Packet Switching.
光突發(fā)交換集合了光線路交換和光分組交換的優(yōu)點。

11、Based on the characteristic of each technology, we can combine the OBS and OLS to form the LOBS.
鑒于OBS與OLS各自的特點，兩者可以結合起來形成光標簽突發(fā)包交換（LOBS）技術。

12、I think the OBS at the moment have the most data and the best tolerability.
我認為目前obs有最多的數(shù)據(jù)和最好的耐受性。

Obs翻譯