Predicting buffer overflow using semi-supervised learning. - Qingkun Meng; Shameng Wen; Chao Feng 002; Chaojing Tang (CISP-BMEI, 2016)

Testing Network Protocol Binary Software with Selective Symbolic Execution. - Shameng Wen; Chao Feng 002; Qingkun Meng; Bin Zhang; Ligeng Wu; Chaojing Tang (CIS, 2016)

Analyzing network protocol binary software with joint symbolic execution. - Shameng Wen; Chao Feng 002; Qingkun Meng; Bin Zhang; Ligeng Wu; Chaojing Tang (ICSAI, 2016)

Detecting integer overflow in Windows binary executables based on symbolic execution. - Bin Zhang; Chao Feng 002; Bo Wu; Chaojing Tang (SNPD, 2016)

Improving the Cooperation of Fuzzing and Symbolic Execution by Test-cases Prioritizing. - Jiaxi Ye; Bin Zhang; Ziqing Ye; Chao Feng 002; Chaojing Tang (CIS, 2017)

S2F: Discover Hard-to-Reach Vulnerabilities by Semi-Symbolic Fuzz Testing. - Bin Zhang; Jiaxi Ye; Chao Feng 002; Chaojing Tang (CIS, 2017)

A Large-scale Parallel Fuzzing System. - Yang Li; Chao Feng 002; Chaojing Tang (ICAIP, 2018)

Parallelization of Extracting Binary Program Execution Trace Offline. - Yuan Xia; Chao Feng 002; Xing Zhang; Runhao Li; Chaojing Tang (ICAIP, 2018)

Discover deeper bugs with dynamic symbolic execution and coverage-based fuzz testing. - Bin Zhang; Chao Feng 002; Adrian Herrera; Vitaly Chipounov; George Candea; Chaojing Tang (IET Softw., 2018)

An Exploitability Analysis Technique for Binary Vulnerability Based on Automatic Exception Suppression. - Zhiyuan Jiang; Chao Feng 002; Chaojing Tang (Secur. Commun. Networks, 2018)

A Lightweight Assisted Vulnerability Discovery Method Using Deep Neural Networks. - Runhao Li; Chao Feng 002; Xing Zhang; Chaojing Tang (IEEE Access, 2019)

Locating Vulnerability in Binaries Using Deep Neural Networks. - Runhao Li; Chen Zhang; Chao Feng 002; Xing Zhang; Chaojing Tang (IEEE Access, 2019)

Program State Sensitive Parallel Fuzzing for Real World Software. - Jiaxi Ye; Bin Zhang; Ruilin Li 002; Chao Feng 002; Chaojing Tang (IEEE Access, 2019)

NeuralTaint: A Key Segment Marking Tool Based on Neural Network. - Xing Zhang; Chao Feng 002; Runhao Li; Jing Lei 001; Chaojing Tang (IEEE Access, 2019)

Marking Key Segment of Program Input via Attention Mechanism. - Xing Zhang; Chao Feng 002; Runhao Li; Jing Lei 001; Chaojing Tang (IEEE Access, 2019)

Automated Data-Processing Function Identification Using Deep Neural Network. - Hongyu Kuang; Jian Wang 020; Ruilin Li 002; Chao Feng 002; Xing Zhang (IEEE Access, 2020)

A Pattern-Based Software Testing Framework for Exploitability Evaluation of Metadata Corruption Vulnerabilities. - Fenglei Deng; Jian Wang 020; Bin Zhang; Chao Feng 002; Zhiyuan Jiang; Yunfei Su (Sci. Program., 2020)

Reducing Test Cases with Attention Mechanism of Neural Networks. - Xing Zhang; Jiongyi Chen; Chao Feng 002; Ruilin Li 002; Yunfei Su; Bin Zhang; Jing Lei 001; Chaojing Tang (USENIX Security Symposium, 2021)

Default: Mutual Information-based Crash Triage for Massive Crashes. - Xing Zhang; Jiongyi Chen; Chao Feng 002; Ruilin Li 002; Wenrui Diao; Kehuan Zhang; Jing Lei 001; Chaojing Tang (ICSE, 2022)

Automated detection on the security of the linked-list operations. - Hongyu Kuang; Jian Wang 020; Ruilin Li 002; Chao Feng 002; Yunfei Su; Xing Zhang (Frontiers Comput. Sci., 2022)

Pusher: an augmented fuzzer based on the connection between input and comparison operand. - Bin Zhang; Jiaxi Ye; Ruilin Li 002; Chao Feng 002; Yunfei Su; Chaojing Tang (Frontiers Comput. Sci., 2022)

Towards Automatic and Precise Heap Layout Manipulation for General-Purpose Programs. - Runhao Li; Bin Zhang; Jiongyi Chen; Wenfeng Lin; Chao Feng 002; Chaojing Tang (NDSS, 2023)

Automated Exploitable Heap Layout Generation for Heap Overflows Through Manipulation Distance-Guided Fuzzing. - Bin Zhang; Jiongyi Chen; Runhao Li; Chao Feng 002; Ruilin Li 002; Chaojing Tang (USENIX Security Symposium, 2023)

OSmart: Whitebox Program Option Fuzzing. - Kelin Wang; Mengda Chen; Liang He 011; Purui Su; Yan Cai 001; Jiongyi Chen; Bin Zhang; Chao Feng 002; Chaojing Tang (CCS, 2024)

Practical Object-Level Sanitizer with Aggregated Memory Access and Custom Allocator. - Xiaolei Wang; Ruilin Li 002; Bin Zhang; Chao Feng 002; Chaojing Tang (ICSE, 2025)