ID 原文 译文
6964 在使用搜索图建立动目标搜索环境模型的基础上,搜索过程中首先根据卫星探测信息更新搜索图,然后采用该运动预测方法计算目标转移概率,再次更新搜索图。 Environment model search using the search, a dynamic target, on the basis of the search process first according to the updated information search satellite map, and then use the motion prediction method to calculate the target transition probability, update the search figure again.
6965 最后采用最大化目标发现概率作为卫星搜索策略建立仿真场景,实验结果验证了所提方法的有效性。 Finally maximize target detection probability as the satellite search strategy is adopted to establish the simulation scene, the experimental results verify the effectiveness of the proposed method.
6966 针对现实网络中节点对负载的冗余能力,提出一种考虑节点过载状态的复杂网络级联失效模型。 In view of the reality of the load of each node of the redundant capacity, put forward a state of overload consider node a complex network of cascading failure model.
6967 首先,根据过载系数、失效概率、剩余系数构建了级联失效模型; First of all, according to the overload coefficient, failure probability, the residual coefficient, cascading failure model is constructed;
6968 然后,基于节点的特性提出了过载节点负载分配策略; Then, based on the characteristics of node overload node load distribution strategy;
6969 最后,运用BA无标度网络进行级联失效情况下的抗毁性仿真。 Finally, using the BA scale-free network cascade failure cases anti-destroying ability of simulation.
6970 结果表明:在过载节点负载分配策略中,混合分配策略整体上较优,能够显著控制级联失效的影响并且增加了网络的抗毁性; The results show that the overload node load distribution strategy, mixed distribution strategy has a better overall, can significantly control the influence of cascading failure and increase the network anti-destroying ability;
6971 在一定范围内提高过载系数、分布系数有助于降低级联失效的影响,但提高到一定程度时效果并不理想; Within a certain range increase overload coefficient of distribution coefficient, helps to reduce the effects of cascading failure, but to a certain extent effect is not ideal;
6972 剩余系数存在某一值可增强网络的抗毁性。 Residual coefficients exist a certain value, can enhance the anti-destroying ability of the network.
6973 针对网络空间安全和集体防御机制,应用软件成熟度方法研究建立网络空间生态成熟度模型。 In cyber security and collective defense mechanism, application software maturity method establish such a maturity model of cyberspace.