ID 原文 译文
2113 该方案充分利用了 GHZ 3 个粒子间的相关性,不需要进行任何酉操作或纠缠交换,只通过局域测量,就可在通信者之间建立共享联合密钥。 Without any unitary operation or entanglement swapping, receivers can obtain the joint key by using local measurements of photons.
2114 除去用于窃听检测的粒子,其余粒子全部用于消息传输,每个 GHZ 态可以共享一个比特经典消息, Except a few particles which is used to check the security of quantum channel, every GHZ state can be used to share 1 bit of information.
2115 效率达到 100% The total efficiency of the scheme approaches 100% .
2116 同时,对于可能存在的攻击方式,文中给出了详细的安全性证明。 Taking all possible attacks into account, the security proofs are detailed.
2117 最后,建立了效率与安全的关系模型,并用 MATLAB 进行了比较深入的仿真分析。 We finally establish a mathematical model about the efficiency and se-curity of the scheme and perform simulation analyses with different parameters using MATLAB.
2118 针对最近研究的周期为 pq(两个不同的大素数的乘积)的一类广义割圆序列,通过计算该序列的离散傅里叶变换系数,从而确定了该序列的 Mattson-Solomon 多项式,并由此得到了序列的迹表示形式。 For a new family of generalized cyclotomic sequences of period pq, a product of two large distinct primes, we calculate the discrete Fourier transform and hence determine Mattson-Solomon polynomial, which helps us to describe thesequences via trace functions.
2119 交换机迁移作为一种弹性控制方式对于软件定义网络(SDN)中多控制器负载均衡具有重要作用。 As an elastic control approach, switch migration plays an important role in multi-controller load balancingin software defined networking (SDN).
2120 针对现有迁移方案存在迁移效率低下和高迁移代价问题,提出基于效能优化的交换机动态迁移策略。 In order to solve the problems of low migration efficiency and high migration cost in the existing schemes, this paper proposes Switch Dynamic Migration (SDM)Strategy based on efficiency optimization.
2121 首先,分析控制器负载组成并构建负载差异矩阵,设置触发因子进行负载不均衡判定。 We firstly analyze the composition of controller loads in detail, set up the load difference matrix to know the distribution ofloads, and introduce a trigger factor, which is used to judge load balancing on controllers through comparing the overloadthreshold.
2122 然后确定迁移对象,建立迁移效能模型,同时考虑负载均衡率和迁移代价来确定迁移交换机和迁入控制器。 Then, we formulate the migration objects, and introduce the migration efficiency model, which considers load bal-ance rate and migration cost simultaneously to select the migrating switches and immigrating controllers.