ID 原文 译文
47426 最后依此权重对证据进行加权平均，并使用 Dempster 规则对平均后的证据进行组合。 Finally, the normalized weighted coefficient was used toaverage the basic probability assignment, and the final combination result can be obtained according to Dempster rule.
47427 算例分析表明，与传统证据加权组合方法相比，所提方法在冲突消减和聚焦能力 2 个方面都具有更好的性能。 Numerical examples show that, compared with other traditional weighted combination methods, the proposed approachhas made better performance in reducing conflict and accelerating convergence.
47428 全双工人工噪声机制在干扰功率持续增加时性能提升受限，并且损失了双工增益。 Full-duplex artificial noise scheme can achieve a limited improvement while the interference power keepsincreasing and the full-duplex gain is null.
47429 针对上述 2 个问题，提出一种基于用户配合的全双工蜂窝系统保密传输方案，半双工的用户上行发送的同时，与其配合的用户可以进行下行发送。 To solve these two problems, a full-duplex secure transmission schemebased on user cooperation was proposed, in which the full-duplex receiver used partial power to send artificial noise,and transmitted the downlink signal by the remaining power to the user who shared the same frequency.
47430 蜂窝基站使用全双工技术实现配合用户的干扰消除，并且采用部分功率发送人工噪声干扰窃听者。 In order tomaximize the system secrecy rate, the beam vector of the desired signal and the artificial noise were designed.
47431 并且利用一维线性搜索获得最优功率配比。 Besides,the optimal power allocation factor was obtained by one-dimensional search simply.
47432 仿真结果表明，参考 RS-ref 方法和 HD 方法，所提方法能获得的系统保密速率呈线性增长，并且能够获得全双工增益。 Simulation results show thatcompared with the RS-ref and HD methods, the proposed method can achieve an approximate linear growth in highpower and can obtain the full-duplex gain.
47433 全同态加密是目前解决云计算网络数据隐私保护问题的最佳方案，但目前的体制的公钥尺寸普遍较大。 Fully homomorphic encryption is the best solution for solving privacy concerns for data over cloud so far,while large public key size is a general shortcoming for existing schemes.
47434 首先，通过引入 Kullback-Leibler 散度的概念，构造一种 NTRU 格上的基于身份公钥的加密体制， First, by introducing the concept of Kull-back-Leibler divergence, an identity-based public key scheme over NTRU lattice with modified ciphertext form wasproposed.
47435 参数分析表明体制具有较小的密钥和密文尺寸，实验数据表明体制具有较高的加解密效率。 Analysis on parameter setting showed its small key size and ciphertext size, and experiments revealed its highcomputational efficiency.