ID 原文 译文
18105 现有定位方法研究主要基于单源假设，没有考虑多条目标链路同时失效对路径撤回的影响，定位准确度受限。 Theresearch on existing locating methods is mainly based on the single-source hypothesis, and does not consider theimpact of simultaneous failure of multiple target links on path withdrawal, so the locating accuracy is limited.
18106 针对上述问题，该文提出一种基于加权统计匹配得分的多失效链路定位方法(WSFS)，以级联失效攻击目标链路选择策略作为推断基础，将撤销路径长度的倒数作为权重对评分进行加权。 To solve the above problems, a locating method is proposed based on Weighted Statistical Fit Score (WSFS).Using the target link selection strategy of cascading failure attack as inferring basis, scores are weighted by thereciprocal of the length of the withdrawal paths.
18107 基于实际网络拓扑和有利点位置的级联失效攻击仿真实验结果表明，WSFS比目前最优方法平均准确率可提升5.45%。 The simulation results based on the actual network topologyand vantage point location show that WSFS can improve the average accuracy rate by 5.45% compared withthe current optimal method.
18108 实验结果证明WSFS相比于其他定位方法更适合应对域间路由系统级联失效下的目标失效链路定位问题。 Experimental results prove that WSFS is more suitable for locating target failurelinks in inter-domain routing system cascading failure than other locating methods.
18109 为改善运营商网络提供的移动服务体验，该文研究服务功能链(SFC)的在线迁移问题。 To improve the service experience provided by the operator network, this paper studies the onlinemigration of Service Function Chain(SFC).
18110 首先基于马尔可夫决策过程(MDP)对服务功能链中的多个虚拟网络功能(VNF)在运营商网络中的驻留位置迁移进行模型化分析。 Based on the Markov Decision Process(MDP), modeling analysis isperformed on the migration of multiple Virtual Network Functions(VNF) in SFC.
18111 通过将强化学习和深度神经网络相结合提出一种基于双深度Q网络(double DQN)的服务功能链迁移机制，该迁移方法能在连续时间下进行服务功能链的在线迁移决策并避免求解过程中的过度估计。 By combining reinforcement learning and deep neural networks, a double Deep Q-Network(double DQN) based service function chain migration mechanism is proposed. This method can make online migration decisions and avoid over-estimation.
18112 实验结果表明，该文所提出的策略相比于固定部署算法和贪心算法在端到端时延和网络系统收益等方面优势明显，有助于运营商改善服务体验和资源的使用效率。 Experimental result shows that when compared with the fixed deployment algorithm and the greedy algorithm, the double DQN based SFC migration mechanism has obvious advantages in end-to-end delay and network system revenue, which can help the mobile operator to improve the quality of experience and the efficiency of resources usage.
18113 口令猜测攻击是一种最直接的获取信息系统访问权限的攻击，采用恰当方法生成的口令字典能够准确地评估信息系统口令集的安全性。 Password guessing attack is the most direct way to break information systems. Using appropriate methods to generate password dictionaries can accurately evaluate the security of password sets.
18114 该文提出一种针对中文口令集的口令字典生成方法(CSNN)。 This paperproposes a new approach to the Chinese password set security evaluation that is named Chinese Syllables andNeural Network-based password generation (CSNN).