1)  delivery
发交
1.
And a sufficient condition to secure an available buffer during a continuous batch delivery was proved.
证明了批量连续发交时保证缓冲区总是可用的充分条件,并在此基础上提出了一个求解批量开工时间的迭代算法,该算法计算复杂度与批量大小无关。
2)  optical burst switching
发交换
3)  Paralleled transaction
并发交易
4)  OBS
突发交换
1.
In recent years, many novel high-speed transmission and switching technologies, such as optical circuit switching (OCS), optical packet switching (OPS) and optical burst switching (OBS), have been proposed.
光突发交换(OBS:Optical Burst Switching)技术结合了光电路交换和光分组交换的技术优点,是下一代全光互联网的优选方案之一。
2.
Time Space Label Switching Protocol, as an extended scheme for GMPLS, combining time and space labels, is shown to perform scheduling and routing respectively in a multi-granularity optical network testbed mainly demonstrating OBS.
时空标记协议设计面向光突发交换的同时,也可以用于几种粒度(如光纤和波长交换)相结合的交换方式。
5)  store and forward switching
存发交换
6)  optical burst switching(OBS)
光突发交换
1.
The model allows,for the first time,the evaluation of blocking probabilities in optical burst switching(OBS) systems with arbitrary burst-length distributions and arbitrary offsets,including OBS systems in which all classes are different in mean burst length.
提出了一种应用于多级别光突发交换(OBS)网络中评估每一种级别业务的阻塞概率的分析模型。
2.
In this paper,a novel simulation tool OBSns for Optical Burst Switching(OBS) was built by means of an extension to the network simulator(NS-2).
以NS-2为基础,建立了一种新型的,适合于仿真光突发交换(OBS)网络的仿真平台——OBSns。
3.
In this paper,we give the functional structure and layered view of GMPLS-based Optical Burst Switching(OBS) framework.
文章给出了基于通用多协议标签交换(GMPLS)的光突发交换(OBS)对等体系(GLOBS)的功能结构和分层视图。
参考词条
补充资料:发交
1.交付。
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