ID 原文 译文
51657 通过传输容器(T-CONT)的优先级划分带宽，将T-CONT1的带宽分配给每个分配标识，其主要目的是降低数据、视频和语音等服务的延迟。 By prioritizing the bandwidth of T-CONT, the bandwidth of T-CONT 1 is allocated to each Alloc-ID. Its main purpose is to reduce the delay of data, video, voice and other services.
51658 所提算法将这些服务表示为传输容器，用于动态地改进无源光网络系统的上行带宽分配和传输状态。 The proposed algorithm represents these services as transport containers, which are used to dynamically improve the uplink bandwidth allocation and transmission state of Passive Optical Network(PON) systems.
51659 仿真实验验证了所提算法的有效性， The effectiveness of the proposed algorithm is verified by simulation results.
51660 与不带DBA的方法和使用未修改的GIANT算法相比，所提算法可以显著降低超文本传输协议(HTTP)服务与"三合一"服务的延迟， Compared with the DBA-free method and the unmodified GIANT algorithm, the proposed algorithm can significantly reduce the latency of Hyper Text Transfer Protocol(HTTP) service and triple-play service.
51661 将HTTP服务和视频点播服务的延迟分别降低了0.30和0. 35 ms。 The latency of HTTP and Video on Demand(VoD) services are reduced by 0. 30 and 0. 35 ms, respectively.
51662 针对网络控制平面可能被迫设置较低信道比特率和改进调制格式的问题， The network control plane may be forced to lower the bit rate per channel and the order of modulation format.
51663 文章提出了一种基于模糊C均值(FCM)的认知算法，在软件定义光网络(SDON)中进行学习和决策制定。 A cognitive algorithm based on Fuzzy C Mean(FCM) technology is proposed to make learning and decision making in the Software Defined Optical Network(SDON).
51664 首先，将FCM算法加入到SDON控制平面，以实现比非认知性控制平面更好的网络性能; First, the FCM algorithm is added to the SDON control plane to achieve better network performance than the non-cognitive control plane.
51665 然后，利用FCM算法，根据光信道传输质量，实时和自主地确定高速灵活速率的转发器的调制格式; Then, according to the transmission quality of the optical channel, the modulation format of the high-speed flexible rate repeater is determined independently in real time by using FCM algorithm.
51666 最后，通过长距离传输网络的计算模拟，对FCM算法的性能进行了评价， Finally, the performance of the FCM algorithm is evaluated through the computation of the long distance transmission network,