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Vulnerability Detection of Android System in Fuzzing Cloud.

, , , , and . IEEE CLOUD, page 954-955. IEEE Computer Society, (2013)

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Vulnerability Detection of Android System in Fuzzing Cloud., , , , and . IEEE CLOUD, page 954-955. IEEE Computer Society, (2013)PACS: Pemission abuse checking system for android applictions based on review mining., , and . DSC, page 251-258. IEEE, (2017)Information Leakage by Model Weights on Federated Learning., , , , , , , and . PPMLP@CCS, page 31-36. ACM, (2020)MAD-API: Detection, Correction and Explanation of API Misuses in Distributed Android Applications., , , , , and . AIMS, volume 10970 of Lecture Notes in Computer Science, page 123-140. Springer, (2018)An Empirical Study of License Conflict in Free and Open Source Software., , , , , , , and . ICSE-SEIP, page 495-505. IEEE, (2023)Vulcloud: Scalable and Hybrid Vulnerability Detection in Cloud Computing., , , , and . SERE (Companion), page 225-226. IEEE, (2013)VulDL: Tree-based and Graph-based Neural Networks for Vulnerability Detection and Localization., , , , and . EASE, page 323-332. ACM, (2024)LaChouTi: kernel vulnerability responding framework for the fragmented Android devices., and . ESEC/SIGSOFT FSE, page 920-925. ACM, (2017)POSTER: PatchGen: Towards Automated Patch Detection and Generation for 1-Day Vulnerabilities., , , , , and . ACM Conference on Computer and Communications Security, page 1656-1658. ACM, (2015)Droidrevealer: Automatically detecting Mysterious Codes in Android applications., , , , , and . DSC, page 535-536. IEEE, (2017)