1) Optical composite burst switching
光可分突发交换
2) OBPS
光突发分组交换
1.
The multi wavelegth is not the only mode of OPS, the OTDPS,OLS,WD & mixing packet switching, MPλS and OBPS will exert great influences on future communication networks.
在光分组交换层中光分组的产生、同步、缓存、再生 ,分组头重写及分光组之间的光功率的均衡成为实现光分组交换的基本技术 ,而多波长方案并不是光分组交换的唯一模式 ,光时分分组交换、光标签交换、波分及混合分组交换、多协议标签交换、光突发分组交换等交换方式的出现必将对未来的通信网产生重要的影响 。
3) 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。
4) optical burst switching
光突发交换
1.
Model for TCP short-lived flows in optical burst switching;
光突发交换网络中TCP短流的分析模型
2.
Performance analysis of multi-priorities traffic conflict in optical burst switching networks;
光突发交换网络中多优先级业务冲突性能分析
3.
Improved data channel scheduling algorithm for optical burst switching;
一种改进的光突发交换数据信道调度算法
5) Optical burst switch
光突发交换
1.
In this way,fair,on-chip resource and frequnece is considered in design of optical burst switch edge node.
根据波长资源预约的原理,在光突发交换边缘节点的设计中讨论了波长状态表在其中的应用。
2.
In order to implement DiffServ in optical burst switched (OBS) networks, a kind of DiffServ code-point in control packet is presented.
为了在光突发交换网络中提供端到端的区分服务,提出了一种区分服务模型,并详细介绍了其功能。
3.
As a technology which is feasible in current technical condition, OBS (Optical Burst Switching) combines advantages of many other optical switching technologies.
光突发交换(OBS,Optical Burst Switching)作为当前技术条件下一种可实现的交换系统,结合了其它多种光交换技术的优势,是一种很有发展前途的光交换关键技术。
6) optical burst switching (OBS)
光突发交换
1.
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。
2.
The impact of IP packet length assembled into a burst on self-similarity of traffic is elaborated under fixed-assembly-period (FAP) algorithm of optical burst switching (OBS).
突发数据分组的汇聚算法是光突发交换的关键技术之一,其中,固定时间汇聚(FAP)算法可以平滑流量、降低流量自相似性。
3.
The efficient integration and cooperation between optical burst switching (OBS) and generalized multi-protocol label switching (GMPLS), using GMPLS to provide good technical method for control and management of OBS networks, are studied in this paper.
研究了如何将多协议标签(GMPLS)与光突发交换(OBS)高效地结合及协调地工作,使GMPLS为OBS网络控制和管理提供良好的技术手段,给出了基于GMPLS的OBS网络结构模型,讨论了GMPLS-Based OBS网络中动态信道共享策略,并阐述了控制信息与数据传输机制和GMPLS-Based OBS网络节点功能结构。
补充资料：有一分热﹐发一分光
1.谓有多大能力﹐就贡献多大力量。
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