ID 原文 译文
5334 其次，利用模糊层次分析法计算各指标的综合权重； Then, the fuzzy analytic hierarchy process (FAHP) was used to calculate the comprehensiveweight of each indicator.
5335 最后，通过模糊综合评价法对威胁处置效果进行评估。 Finally, the response effectiveness was calculated using fuzzy comprehensive evaluation.
5336 特别地，针对层次分析时判断矩阵元素缺失问题，利用指标重要性的传递性关系对缺失元素进行补全； In partic-ular, to deal with the problem of incompleteness of fuzzy judgment matrix in the process of FAHP, the missing elementswere completed based on the transitivity of elements.
5337 针对综合评价时指标数据缺失问题，通过矩阵分解对缺失元素进行补全。 And to deal with the problem of loss data in the comprehensive evalua-tion, the missing data was completed based on matrix completion.
5338 实验结果表明，所提方法可有效处理信息不完全的情况，实现对威胁处置效果的有效评估。 The experimental results show that the proposed schemecan accurately recover the missing data and can effectively evaluate the effectiveness of response.
5339 随着云存储的快速发展，越来越多的用户将数据存储在云端。 With the rapid development of cloud storage, more and more users are storing their data in the cloud.
5340 为了验证云端的用户数据是否损坏，一种有效的方法是采用云存储完整性检测方案。 To verify whether the users' data stored in the cloud is corrupted, one effective method is to adopt cloud storage integrity checkingschemes.
5341 利用理想格上的小整数解问题，设计了一种基于身份的云存储完整性检测方案，并在随机预言模型下证明了所提方案可以抵抗云服务器的适应性选择身份攻击。 An identity-based cloud storage integrity checking scheme was proposed on the small integer solution problemover ideal lattices, and it was proven to be secure against the adaptive identity attacks of clouds in the random oraclemodel.
5342 为了验证方案的效率，通过实验将所提方案与现有的 2 种基于身份的云存储完整性检测方案分别进行了比较。 To validate the efficiency of the scheme, extensive experiments were conducted to make performance- compari-sons between the scheme and the existing two identity-based cloud storage integrity checking schemes.
5343 实验结果显示，所提方案的标签在线生成时间降低了 88.32%~93.74%，证据验证时间降低了 98.81%~99.73%。 The experimental results show that the online tag-generation time and the proof-verification time of the scheme are respectively reduced by88.32%~93.74% and 98.81%~99.73%.