ID 原文 译文
18785 该文简要概述了忆阻器理论的提出、应用现状及其在电子技术领域发展的现状，介绍了忆阻器在数字逻辑电路设计中的重要意义，并结合惠普(HP)忆阻器的二值特性及其电路特性，对忆阻器在数字逻辑电路设计中的发展、趋势及可应用前景进行了综述，可为忆阻器在数字逻辑电路中的后续研究及相关应用提供一定的参考。 A brief overview of the theory of memristor, the state of applied research and its current status in thefield of electronic technology are proposed. The importance of memristor in the design of digital logic circuits isalso introduced. Combined with the binary characteristics and circuit characteristics of Hewlett Packard(HP)memristor, the development status, trend and applicable prospects of memristor in digital logic circuit design are reviewed，which provide certain reference for further research based on memristor in digital logic circuit design and other related applications.
18786 该文报道了3神经元Hopfield神经网络(HNN)在电磁感应电流作用下的初值敏感动力学。 The initial sensitive dynamics in a Hopfield Neural Network (HNN) with three neurons under theaction of electromagnetic induction current is reported.
18787 利用非理想忆阻突触，模拟由两个相邻神经元膜电位之差引起的电磁感应电流，构建了一种简单的4维忆阻Hopfield神经网络模型。 A simple 4-D memristive HNN is constructed by using anon-ideal memristor synapse to imitate the electromagnetic induction current caused by membrane potential difference between two adjacent neurons.
18788 借助理论分析和数值仿真，分析了不同忆阻突触耦合强度下的复杂动力学行为，揭示了与状态初值密切相关的特殊动力学行为。 By means of theoretical analyses and numerical simulations, the complex dynamical behaviors under different coupling strengths of the memristor synapse are researched, and special phenomena closely related to the initial values are revealed.
18789 最后，设计了该忆阻HNN的模拟等效实现电路，并由PSIM电路仿真验证了MATLAB数值仿真的正确性。 Finally, the analog equivalent realizationcircuit of the memristive HNN model is designed, and the correctness of MATLAB numerical simulation isverified by PSIM circuit simulations.
18790 SIMON系列算法自提出以来便受到了广泛关注。 The SIMON block cipher receives extensive attention since its proposed.
18791 积分分析方面，Wang，Fu和Chu等人给出了SIMON32和SIMON48算法的积分分析，该文在已有的分析结果上，进一步考虑了更长分组的SIMON64算法的积分分析。 With respect to integralattacks, some integral attacks on SIMON32 and SIMON48 are presented by Wang, Fu and Chu et al. In thispaper, on the basis of the existing analysis results, the integral attacks on SIMON64 are further studied.
18792 基于Xiang等人找到的18轮积分区分器，该文先利用中间相遇技术和部分和技术给出了25轮SIMON64/128算法的积分分析，接着利用等价密钥技术进一步降低了攻击过程中需要猜测的密钥量，并给出了26轮SIMON64/128算法的积分分析。 Based on known 18-round integral distinguisher presented by Xiang et al., the integral attacks on 25-roundSIMON64/128 are presented using meet-in-the-middle and partial-sum techniques. Then the amount of subkeysthat need to be guessed during the attack is further reduced by equivalent-subkey technique, and the improvedintegral attacks on 26-round SIMON64/128 are also presented.
18793 通过进一步的分析，该文发现高版本的SIMON算法具有更好抵抗积分分析的能力。 Through further analysis, it is found that the higher version of SIMON algorithm has better resistance to integral analysis.
18794 在新兴的车联网络中，汽车终端请求卸载的任务对网络带宽、卸载时延等有着更加严苛的需求，而新型通信网络研究中移动边缘计算(MEC)的提出更好地解决了这一挑战。 In the emerging vehicular networks, the task of the car terminal requesting offloading has morestringent requirements for network bandwidth and offload delay, and the proposed Mobile Edge Computing(MEC) in the new communication network research solves better this challenge.