ID 原文 译文
46676 首先，通过图论的方法研究 n 维扩展立方体网络（nAQ ）的重要性质， The important properties of the n -dimensional augmented cube network (nAQ ) by the method of graph theory were sketched.
46677 根据这些性质设计了一个基于比较模型的算法来寻找该扩展立方体网络的最大非故障组件。 Then algorithm based on the comparison model to locate the largest fault component in the network was presented.
46678 然后，利用所得的最大非故障组件来确定该网络系统的 ( , ) t k - 故障诊断度。 Furthermore, the ( , ) t k -diagnosability of the augmented cube network was calculated by using the largest fault component obtained.
46679 最后，提出并证明了 n 维扩展立方体网络是 ( ,2 1) t n  - 可诊断的。 Finally, it is proved that the n -dimensional augmented cube network (nAQ ) is ( ,2 1) t n - -diagnosable.
46680 结果表明， n 维扩展立方体网络的 ( ,2 1) t n  - 诊断度122 (2 2)lb(2 3)(2 3)nn nn 远大于其条件诊断度 (6 17) n  及传统故障诊断度 (2 1) n 。 The result shows that the ( ,2 1) t n - -diagnosability ofnAQis122 (2 2)lb(2 3)(2 3)nn nn-- --, which is much larger than6 17 n - , the conditional diagnosability ofnAQ. And the latter is still larger than2 1 n - , the ordinary diagnosability ofnAQ.
46681 将 Grover 算法应用到对公钥密码的故障攻击中， The Grover’s algorithm was used for fault attack against the public key cryptography.
46682 提出一种基于固定相位旋转 Grover 量子算法，当旋转相位为 0.1π 时，仿真实验搜索成功率提高到 99.23%。 A fixed phase rotation-based Grover’s algorithm was proposed, and the probability of success achieved 99.23% with 0.1π phase rotation.
46683 进一步与故障攻击结合，提出基于 0.1π 旋转相位 Grover 算法的椭圆曲线密码电压毛刺攻击算法， Combined with the fault attack further, ECC (elliptic curve cryptography) voltage burr attack algorithm based on Grover algorithm with 0.1π phase rotation was proposed.
46684 仿真实验以 100%的概率攻击了 NIST 公布的 Koblitz 安全曲线 K-163， Then a safety Koblitz curve, K-163, published successfully attacked byNIST on binary domain in simulation and the success rate was 100%.
46685 其计算复杂度呈指数级降低。 The complexity of the attack greatly reduces on the exponential.