| ID | 原文 | 译文 |
| 18625 | 针对这个问题，该文回顾近年来的零样本图像识别技术研究，从研究背景、模型分析、数据集介绍、实验分析等方面全面阐释零样本图像识别技术。 | In view of this problem, the researches of Zero-Shot Learning (ZSL) in recent years is reviewed and illustrated from the aspects of research background, model analysis, data set introduction and performance analysis in this article. |
| 18626 | 此外，该文还分析了当前研究存在的技术难题，并针对主流问题提出一些解决方案以及对未来研究的展望，为零样本学习的初学者或研究者提供一些参考。 | Some solutions of mainstream problem and prospects of future research are provided. Meanwhile, the current technical problems of ZSL is analyzed, which can offer some references tobeginners and researchers of ZSL. |
| 18627 | 立方攻击的预处理阶段复杂度随输出比特代数次数的增长呈指数级增长，寻找有效立方集合的难度也随之增加。 | The complexity of the pre-processing phase of the cubic attack grows exponentially with the numberof output bit algebras, and the difficulty of finding an effective cube set increases. |
| 18628 | 该文对立方攻击中预处理阶段的算法做了改进， | In this paper, the algorithmof preprocessing stage in cubic attack is improved. |
| 18629 | 在立方集合搜索时，由随机搜索变为带目标的搜索，设计了一个新的目标搜索优化算法，优化了预处理阶段的计算复杂度，进而使离线阶段时间复杂度显著降低。 | In the cube set search, from random search to target search,a new target search optimization algorithm is designed to optimize the computational complexity of thepreprocessing stage. In turn, the offline phase time complexity is significantly reduced. |
| 18630 | 将改进的立方攻击结合旁路方法应用在MIBS分组密码算法上，从旁路攻击的角度分析MIBS的算法特点， | The improved cubicattack combined with the side-channel method is applied to the MIBS block cipher algorithm. The algorithm characteristics of MIBS are analyzed from the perspective of side-channel attack. |
| 18631 | 在第3轮选择了泄露位置，建立关于初始密钥和输出比特的超定的线性方程组，可以直接恢复33 bit密钥，利用二次检测恢复6 bit密钥。 | The leak location is selected inthe third round, and the overdetermined linear equations from initial key and output bit are established, whichcan directly recover 33bit key. Then the 6bit key can be recovered by quadric-detecting. |
| 18632 | 所需选择明文量221.64，时间复杂度225。 | The amount ofplaintext required is 221.64, time complexity is 225. |
| 18633 | 该结果较现有结果有较大改进，恢复的密钥数增多，在线阶段的时间复杂度降低。 | This result is greatly improved compared with the existing results, the number of keys recovered is increased, and the time complexity of the online phase is reduced. |
| 18634 | 利用无线信道的特征通过物理层技术实现信息的安全传输是保密通信的一种方式。 | Utilizing the characteristics of the wireless channel to achieve secure transmission of informationthrough physical layer technology is a way to realize security communications. |