ID 原文 译文
51917 关键链路识别方法的研究有助于提高识别过程的高效性和准确性。 The key links of power optical networks play an important role in the security and reliable protection of quality of service.
51918 电力光网络的关键链路对业务质量的安全和可靠保障具有重要作用。 Research on the key link identification method helps to improve the efficiency and accuracy of the identification process.
51919 文章首先将最短路径敏感度作为网络效能测度， In this paper, we first measure the shortest path sensitivity in the network.
51920 并通过计算网络节点间最短路径长度，研究链路状态恶化对网络效能的影响; Then the shortest path length between network nodes is calculated to study the effect of link state deterioration on network performance.
51921 然后，基于跳数最少、时延最短和可靠性最高等3种不同目标，对链路状态变化与最短路径敏感度关联关系进行统计分析，得到关键链路指标; Next, based on three different targets, such as minimum hop count, shortest delay and highest reliability, we conduct a statistical analysis on the link state change and the correlation relationship on the shortest path sensitivity to obtain key link indicators.
51922 最后，以实际的省级电力通信网为算例，验证方法的可行性和正确性。 Finally, the actual provincial power communication network is taken as an example to verify the feasibility and correctness of the method.
51923 研究结论对电力光网络的规划设计和运行维护具有参考价值。 The research conclusion has reference value for the planning, design and operation maintenance of power optical network.
51924 为了解决空分复用弹性光网络(SDM-EONs)中芯间串扰(ICXT)带来的业务阻塞问题，文章提出了一种动态寻路和串扰感知解决算法。 In order to solve the problem of service blocking caused by Inter Core Crosstalk(ICXT) in Space Division Multiplexing Elastic Optical Network(SDM-EONs), a dynamic routing and crosstalk sensing algorithm is proposed.
51925 首先在路由阶段设计了一个结合最短路径和路径负载的候选路径排序公式，根据系统负载动态地为业务请求选择更加合适的传输路径。 Firstly, in the routing stage, a candidate path sorting formula combining the shortest path and path loading is designed to dynamically select a more appropriate path for business requests according to the system load.
51926 同时对于多芯光纤中的ICXT问题，提出了一种串扰感知策略，将ICXT的影响降至最低，提高业务成功传输的概率，降低阻塞率。 For the problem of inter core crosstalk in multi-core fiber, a crosstalk sensing strategy is proposed to minimize the impact of inter core crosstalk, with improvement of the probability of successful transmission and reduction of the blocking rate.