ID 原文 译文
2103 首先，采用复数理论将计算能力和带宽能力归一到单个节点处，减少了映射次数。 Firstly, the computing and band-width capabilities were unified to a single node by using the complex theory, which decreased embedding times.
2104 其次，提出了 EL-VNE 模型，包括能源消耗，资源消耗，位置限制等数学描述，并证明其属于 NP 完全问题。 Secondly, the EL-VNE model was presented and composed by mathematical descriptions about energy consumption, resource consump-tion and location constrain, which was proved to be NP-completed.
2105 最后，提出了启发式算法求解 EL-VNE 的最佳解空间，确定虚拟映射方案，达到优化能耗的目的。 Finally, heuristic algorithms were designed to find the so-lution of EL-VNE and then the embedding scheme with energy optimization was obtained.
2106 相比于 EAD 和 GLC 等算法，EL-VNE 在映射和运行过程中能进一步降低能源消耗且有更好的性能表现。 Compared with algorithms such asEAD and GLC, EL-VNE saves energy consumption in the process of embedding and running, and has better performance.
2107 针对 IP 地址动态化防护技术引入额外开销而导致正常网络传输性能下降的问题，首次设计并实现了一种基于矢量数据包处理(Vector Packet Processing，VPP)加速的 IP 地址动态防护系统，在隐藏真实 IP 地址的同时增强了系统数据处理能力。 IP address dynamic protection techniques will introduce additional overhead. Therefore, the performance ofnormal network transmission decreases. A dynamic protection system of IP address accelerated by Vector Packet Processing(VPP)is designed and implemented for the first time, which can hide the real IP address and enhance the system's data Pro-cessing ability.
2108 首先，针对控制平面和数据平面处理逻辑不同，分别设计了快转发逻辑和慢转发逻辑，降低数据报文处理过程中的拷贝次数; Firstly, fast forwarding logic and slow forwarding logic are designed respectively for different logic of control plane and data plane processing, so as to minimize the number of copies in data message processing.
2109 其次，面向真实 IP-虚假 IP 频繁映射，提出一种共享内存的高效的 IP 地址动态变换机制; Secondly, facing the fre-quent mapping between real IP and virtual IP, an efficient dynamic IP address transformation mechanism of Shared memoryis proposed.
2110 再次，采用最优化和哈希链算法制定了 IP 跳变策略与虚假 IP 地址预分配机制，最小化系统性能损耗; Thirdly, the optimization algorithm is used to formulate the IP hopping strategy, and the hashing chain algorithmis used to formulate the efficient virtual IP address pre-allocation mechanism.
2111 最后，实验结果表明，系统能够有效抵御 DoS 攻击并将潜在的侦查攻击命中率控制在 16% 以下，在数据处理性能上也有明显的速度提升。 Minimize system performance losses. Finally, the experimental results show that the system can effectively resist DoS attacks and control the potential detection attack hitrate below 16% , which is significantly improved in data processing performance.
2112 提出了一个基于 GHZ 态局域测量的新颖且高效的量子秘密共享方案。 This paper proposes a novel quantum secret sharing(QSS)scheme based on quantum correlations amongthree particles in a GHZ state.