Resource reservation process is critical for OBS.
光突发交换的资源预留过程至关重要。
A hardware design of bus control module in OBS edge node is reported.
给出了一种OBS边缘节点总线控制的硬件设计方案。
The platform is further verified with the OBS core node control software.
基于软件OBS核心控制程序验证了实验平台的有效性；
OBS: It is not clear whether the document revised when tool modification.
观察项：不清楚组织是否明确了工装图纸极其修订标识的管理。
Based on the characteristic of each technology, we can combine the OBS and OLS to form the LOBS.
鉴于OBS与OLS各自的特点，两者可以结合起来形成光标签突发包交换（LOBS）技术。
Chapter two points out the principle of OBS, network node structure includes core node and edge node.
第二章对光突发网络的基本原理、网络节点结构，包括核心节点和边缘节点进行了叙述。
A new approach in optical burst switching (OBS) networks with QoS support is presented in this paper.
提出了光突发交换网络支持服务质量的一种新方案。
This paper is mainly about the research and hardware implementation of OBS edge node sender schedule module.
本文主要介绍光突发交换网边缘节点调度模块的研究与硬件实现方案。
OBS networks combine electronic switching and optical Packet switching's strongpoint, is a balanceable choice.
OBS网络中结合了电路交换和光分组交换的优点，是两者之间的平衡选择。
Optical burst assembly is a critical technology of OBS, and will significantly affect the performance of network.
光突发交换的组装机制是光突发交换中的一项关键技术，它极大影响OBS 网络的性能。
The multi-weights-optimal brain surgeon (MW-OBS) algorithm, was included to further prune unimportant weights or nodes.
然后应用多权重剪枝策略（MW-OBS）进一步简化、确定网络结构。
The second part emphasize on risk identify of the OBS, among them including the macroscopic risk and the tiny view risk.
第二部分重点研究表外业务的风险识别，其中包括表外业务的宏观风险识别和微观风险识别。
OBS (Optical Burst Switching) combines advantages of Optical Circuit Switching (OCS) and Optical Packet Switching (OPS).
光突发交换集合了光线路交换和光分组交换的优点。
However, as a support hero I would usually spend money on a chicken/crow recepie/set of obs wards, and this would get made later.
然而，作为一个辅助英雄，我通常宁愿把钱花在买鸡/乌鸦卷轴/一组假眼上，而这个容后再说。
An OBS network is composed of the edge nodes and the core nodes, the service access is performed at the edge nodes of the network.
OBS网络由边缘节点和核心节点组成，网络在边缘节点处完成业务的接入。
This paper proposes an active congestion control mechanism in OBS networks, and expounds the realization process of it in details.
提出了光突发交换网络中一种主动拥塞控制策略，详细讨论了该策略的具体实现过程。
In this paper, we proposed an OAM scheme in OBS networks, which contains the structure, function, packet process And packet format.
本文介绍了光突发交换(OBS)网络中的一种操作维护管理(oam)方案，包括这种OAM方案的结构、功能、分组过程和分组格式。
The OBS based on the GMPLS is the trend of current network. The Burst Assembly is the key technology of the OBS based on the GMPLS.
基于通用多协议标签交换的光突发交换是目前的网络发展趋势，而突发汇聚是它的非常关键的技术。
With computer application popularizing and storage capability expanding, research for NAS and SAN storage system are changing for OBS.
随着计算机应用的普及和存储需求的膨胀，存储系统正在由NAS和SAN转向了OBS。
The most important feature of OBS is that the control data packet and information data packet are transmitted along separate channels.
它最重要的特点是控制分组与数据分组沿着不同的信道分离传输。
In optical burst switching (OBS) networks, the data channel scheduling algorithm is one of the key measures to improve the network performance.
在光突发交换(OBS)网络中，数据信道调度算法是提高网络性能的重要措施之一。
Void data filling is usually used to pad the bursts (i. e. burst data packets) of OBS (Optical burst Switching) networks to required minimum length.
在光突发交换(OBS)网络中，通常采用填充无效数据的方法来达到突发包最小包长要求。
The OBS has recorded Moho and other seismic waves, the sedimentary layer, the upper crust layer and the lower crust layer can be identified from it.
OBS记录到了包括莫霍面在内的地震波，可以识别地壳内沉积层、上地壳层、下地壳层等多个层位的折射波地震相。
S obs. Now it is crying because it spend thousands of years thinking it was completely useless, and wasted all this time blaspheming God and its destiny.
现在是哭，因为它要花几千年来的思想是完全没用，浪费时间，这一切，亵渎上帝和自己的命运。
TCP transmission experimental results also point out that the extra round trip time caused by OBS layer has great influence on the available TCP bandwidth.
光突发交换网络实验平台上的TCP传输实验还表明了OBS物理层带来的额外延时对上层TCP带宽有极大的影响。
Proper OBS assembly algorithms can decrease self-similarity of the network traffic, reduce average packet loss rate and enhance the OBS network performance.
合适的OBS组装算法在一定程度上能降低网络自相似性，减少平均分组丢失率，提高OBS 网络性能。
Proper OBS assembly algorithms can decrease self-similarity of the network traffic, reduce average packet loss rate and enhance the OBS network performance.
合适的OBS组装算法在一定程度上能降低网络自相似性，减少平均分组丢失率，提高OBS 网络性能。
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