| 1. | The analysis of multicast blocking probability in wdm network
波分复用网络中的组播阻塞率分析 |
| 2. | The analysis of the blocking probability in wavelength routing wdm networks
光网络阻塞率的分析与计算 |
| 3. | Fast algorithm for calculating call - blocking probability based on fft in large - scale networks
的呼叫阻塞率的快速算法 |
| 4. | Alternatively , too much time in dynamic allocation is spent on computing call blocking probabilities
动态分配带宽的时间很多都消耗在了计算呼叫损失率上。 |
| 5. | This paper mainly studies aon ( all optical network ) adaptation layer technology and blocking probability of wavelength - routing networks
本文主要研究全光网络的适配层技术和波长路由网络的阻塞性能。 |
| 6. | However , recurrent kaufman formula used to compute call blocking probabilities ( cbps ) of virtual paths in “ step algorithm ” is time - consuming
然而,步进式算法中用来计算虚路径上的呼叫损失率的kaufman迭代公式非常的耗时。 |
| 7. | At last we establish a platform using c / c + + language to simulate the blocking probability of networks . we draw a conclusion for our study at the end of the paper
再接着介绍了wdm光网络阻塞率计算的仿真软件平台和主要数据结构代码,并利用这个仿真平台考察了各种模型的性能优劣。 |
| 8. | Secondly we introduce the independence model to analyse the sparse wavelength conversion case . then we compute the mean blocking probability for a whole network and discuss some network topologies in common use
接着,对于wdm光网络中只有部分节点具有全波长转换能力时网络阻塞率的计算这一问题也提出了其独立模型的解法。 |
| 9. | Finally , ns2 are discussed and simulation results show that the improvement schemes can reduce the blocking probability . the major research works and initiative points in this article are as follows : 1
本文的主要研究工作及创新点如下: 1 、分析光互连网络的研究现状,包括光互连网络的拓扑结构、参考模型、分类和研究热点等。 |
| 10. | Reasonable rwa algorithm can be employed to distribute the hardware resourses of the networks effectively and to reduce the blocking probability of the operation requests , as a result the network cost can be considerably diminished and the network performance greatly improved
合理的路由和波长分配方案，可以更为有效地利用和分配网络硬件资源，降低业务请求阻塞率，从而大大减小了网络的运行成本，提高网络性能。 |
