ID 原文 译文
46546 并在此基础之上实现迁移双方的平台完整性的相互验证。 And the mutual authentication of both sides’platform integrity was realized.
46547 最后分析该方法的安全增强效果， Finally, the security enhancement effect and did the experiment was analyzed.
46548 并通过实验验证了 SGX 技术的引入不会对迁移造成过多的性能损耗。 The results shows that the introduction of SGX won’t cause much negative effect to the migration performance.
46549 为了更好地提高认知无线电网络中授权频谱的利用率，并为系统用户提供更高质量的服务，采用排队博弈理论研究了混合 overlay/underlay 频谱共享方式的优化策略。 In order to improve the licensed spectrum utilization in cognitive radio networks, and provide higher experience quality to system users, the optimizing strategies of the hybrid underlay/overlay spectrum sharing mode was studied.
46550 面向认知用户建立了传输时间服从二相阶超指数分布的排队模型，并给出排队模型稳态分布的求解方法。 For secondary users, a queuing model with service time following two phase order exponential distribution was constructed, and a method to obtain the steady state distribution was presented for the system model.
46551 基于收益—支出结构，研究了可视情形下认知用户的个体最优策略及不可视情形下认知用户的纳什均衡策略。 Based on re-ward-cost structure, individual optimization strategy with observable case and the Nash equilibrium strategy with unob-servable case were discussed.
46552 以社会收益最优及授权频谱收入最大为目标，给出了认知用户使用授权频谱的接入费用。 With purpose of optimal social benefit and maximal spectrum incomes, the pricing policies for secondary users to use licensed spectrum were formulated.
46553 进行数值实验，揭示了不同策略之间的内在关系，并验证了收费方案的合理性。 Using the system experiment, the relations among the different optimal strategies were investigated, and the rationality of the price mechanism was verified.
46554 通过将混合 overlay/underlay 频谱共享方式下的社会最优收益与 overlay 频谱共享方式和 underlay 频谱共享方式下的社会最优收益进行对比，进一步表明了混合 overlay/underlay 频谱共享方式下的社会最优策略能更加稳定且高效地利用频谱资源。 By contrasting the optimal social benefits gained by hybrid underlay/overlay spectrum sharing mode，overlay spectrum sharing mode and underlay spectrum sharing mode, it is further shown that the social optimization strategy of hybrid overlay/underlay sharing mode is more effective and stable to fully use the spectrum resource.
46555 为解决多速率多载波扩频多址系统存在的信道衰落条件下性能下降以及频谱效率相对较低的问题， Multi path interference would degrade the performance of multi-rate systems based on OFDM and CDMA,which spectrum efficiency was also lower relatively.