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首页> 外文会议>International Conference on Multimedia, Signal Processing and Communication Technologies >Effect of Wavelength Conversion Factor on Blocking Probability and Link Utilization in Wavelength Routed Optical Network
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Effect of Wavelength Conversion Factor on Blocking Probability and Link Utilization in Wavelength Routed Optical Network

机译：波长转换因子对波长路由光网络中阻塞概率和链路利用的影响

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摘要

Due to introduction of various wide-band applications in wired and wireless network demand of bandwidth is growing exponential. The existing network is not capable to meet the requirement of vast bandwidth. These requirement can be meet by all optical network which is capable of transmitting enormous data at very high speed, around 50 Tera bits per seconds (Tbps) A wavelength conversion technique is addressed in this paper to reduced the blocking probability in wavelength routed networks. It is seen that the blocking probability of traffic requests decreases as the wavelength conversion factor increases. We explode the possibility for network with different size comprising of 25, 50 and 100 nodes with variation in wavelength per link In this work the effects of varying number of wavelength converters, different traffic types on fiber link utilization and network blocking probability are evaluated and results are shown that the blocking probability is minimum with wavelength conversion factor of 0.5. Thus we propose a network with 32 and 64 wavelengths and 50% wavelength convertible nodes.
机译：由于引入有线和无线网络带宽的各种宽带应用程序，带宽的需求正在增长指数。现有网络无法满足大带宽的要求。这些要求可以通过所有光学网络满足，所有光学网络能够以非常高的速度传输巨大的数据，每秒大约50个TERA比特（Tbps）在本文中寻址波长转换技术，以降低波长路由网络中的阻塞概率。可以看出，随着波长转换因子的增加，交通请求的阻塞概率会降低。我们利用不同尺寸的网络爆炸，包括25,50和100个节点，在该工作中，在该工作中，不同数量的波长转换器，不同的流量类型对光纤链路利用和网络阻塞概率的影响以及结果示出了阻塞概率最小，波长转换因子为0.5。因此，我们提出了一种具有32和64个波长和50％波长可转换节点的网络。

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