2024/7/19 0:00:00 WEN Yi, 陈建军, LIANG Bin, CHI Yaqing, XING Haiyuan, YAO Xiaohu 8true F₁-score in 8 entities is all above 92% and the micro-average F₁-score reaches 96.10%.]]> 2024/7/19 0:00:00 XU Cong, SHI Huipeng, CHEN Zhimin, ZHANG Xinyu, WANG Jing, YANG Jiasen 7true 2024/7/19 0:00:00 HE Baowei, ZHANG Junhong, LIU Shengdao, ZHOU Guohua, TANG Liezheng, ZONG Jingwen 6true 2024/7/19 0:00:00 TANG Yongzhuang, ZHOU Qidou, XIE Zhiyong, LYU Xiaojun, JI Gang 5true 2024/7/19 0:00:00 ZHAO Jinghong, XUE Jie, YAN Sinian 4true 2024/7/19 0:00:00 ZHANG Jianchun, LIU Chunyang, ZHAO Yulong 3true 2024/7/19 0:00:00 LIU Kang, 何明浩, CHEN Changxiao, ZENG Sha, LI Zheng 2true 21 and 2²⁴ when using 3 and 4 rounds of integral distinguisher for the integral fault attack, respectively. The accuracy, success rate, and elapsed time were used to simulate the attack process of the fourth round of injection fault, and the master key of the algorithm was successfully recovered. Comparison experiments were conducted for different plaintext groups and keys. The two sets of fault security analysis schemes conclude that the round function of the Midori128 algorithm is vulnerable to integral fault attacks and requires additional protection such as fault detection for at least the last 6 rounds while the algorithm is running.]]> 2024/7/19 0:00:00 WEI Yuechuan, HE Shuiyu, PAN Feng, WANG Xiangru 1true