MaliceScript: A Novel Browser-Based Intranet Threat. - Chaoge Liu; Xiang Cui; Zhi Wang 018; Xiaoxi Wang; Yun Feng 003; Xiaoyun Li (DSC, 2018)

A Novel Approach for Detecting Browser-Based Silent Miner. - Jingqiang Liu; Zihao Zhao; Xiang Cui; Zhi Wang 018; Qixu Liu (DSC, 2018)

Practical Metrics for Evaluating Anonymous Networks. - Zhi Wang 018; Jinli Zhang; Qixu Liu; Xiang Cui; Junwei Su (SciSec, 2018)

WSLD: Detecting Unknown Webshell Using Fuzzy Matching and Deep Learning. - Zihao Zhao; Qixu Liu; Tiantian Song; Zhi Wang 018; Xianda Wu (ICICS, 2019)

A Systematic Study of AI Applications in Cybersecurity Competitions. - Fangjiao Zhang; Xiang Cui; Zhi Wang 018; Shaomian Chen; Qixu Liu; Chaoge Liu (BigDataSE, 2020)

CoinBot: A Covert Botnet in the Cryptocurrency Network. - Jie Yin; Xiang Cui; Chaoge Liu; Qixu Liu; Tao Cui; Zhi Wang 018 (ICICS, 2020)

AI-powered Covert Botnet Command and Control on OSNs. - Zhi Wang 018; Chaoge Liu; Xiang Cui; Jialong Zhang; Di Wu; Jie Yin; Jiaxi Liu; Qixu Liu; Jinli Zhang (CoRR, 2020)

EvilModel: Hiding Malware Inside of Neural Network Models. - Zhi Wang 018; Chaoge Liu; Xiang Cui (ISCC, 2021)

Make Data Reliable: An Explanation-powered Cleaning on Malware Dataset Against Backdoor Poisoning Attacks. - Xutong Wang; Chaoge Liu; Xiaohui Hu; Zhi Wang 018; Jie Yin; Xiang Cui (ACSAC, 2022)

DeepC2: AI-Powered Covert Command and Control on OSNs. - Zhi Wang 018; Chaoge Liu; Xiang Cui; Jie Yin; Jiaxi Liu; Di Wu; Qixu Liu (ICICS, 2022)

EvilModel 2.0: Bringing Neural Network Models into Malware Attacks. - Zhi Wang 018; Chaoge Liu; Xiang Cui; Jie Yin; Xutong Wang (Comput. Secur., 2022)

IMaler: An Adversarial Attack Framework to Obfuscate Malware Structure Against DGCNN-Based Classifier via Reinforcement Learning. - Yanhui Chen; Yun Feng 003; Zhi Wang 018; Jianjun Zhao; Chengchun Wang; Qixu Liu (ICC, 2023)

C-BEDIM and S-BEDIM: Lateral movement detection in enterprise network through behavior deviation measurement. - Cong Dong; Jiahai Yang; Song Liu; Zhi Wang 018; Yuling Liu; Zhigang Lu 002 (Comput. Secur., 2023)