{AI} Psychiatry: Forensic Investigation of Deep Learning Networks in Memory Images Oygenblik D, Yagemann C, Zhang J, Mastali A, Park J, Saltaformaggio B. 2024. {AI} Psychiatry: Forensic Investigation of Deep Learning Networks in Memory Images. 33rd USENIX Security Symposium (USENIX Security 24). :1687--1704. Read more about {AI} Psychiatry: Forensic Investigation of Deep Learning Networks in Memory ImagesDBLPGoogle ScholarBibTeX
A Friend's Eye is A Good Mirror: Synthesizing {MCU} Peripheral Models from Peripheral Drivers Lei C, Ling Z, Zhang Y, Yang Y, Luo J, Fu X. 2024. A Friend's Eye is A Good Mirror: Synthesizing {MCU} Peripheral Models from Peripheral Drivers. 33rd USENIX Security Symposium (USENIX Security 24). :7085--7102. Read more about A Friend's Eye is A Good Mirror: Synthesizing {MCU} Peripheral Models from Peripheral DriversDBLPGoogle ScholarBibTeX
{CalcuLatency}: Leveraging {Cross-Layer} Network Latency Measurements to Detect {Proxy-Enabled} Abuse Ramesh R, Winter P, Korman S, Ensafi R. 2024. {CalcuLatency}: Leveraging {Cross-Layer} Network Latency Measurements to Detect {Proxy-Enabled} Abuse. 33rd USENIX Security Symposium (USENIX Security 24). :2263--2280. Read more about {CalcuLatency}: Leveraging {Cross-Layer} Network Latency Measurements to Detect {Proxy-Enabled} AbuseDBLPGoogle ScholarBibTeX
False Claims against Model Ownership Resolution Liu J, Zhang R, Szyller S, Ren K, Asokan N.. 2024. False Claims against Model Ownership Resolution. 33rd USENIX Security Symposium (USENIX Security 24). :6885--6902. Read more about False Claims against Model Ownership ResolutionDBLPGoogle ScholarBibTeX
{AE-Morpher}: Improve Physical Robustness of Adversarial Objects against {LiDAR-based} Detectors via Object Reconstruction Zhu S, Zhao Y, Chen K, Wang B, Ma H, Wei C'an. 2024. {AE-Morpher}: Improve Physical Robustness of Adversarial Objects against {LiDAR-based} Detectors via Object Reconstruction. 33rd USENIX Security Symposium (USENIX Security 24). :7339--7356. Read more about {AE-Morpher}: Improve Physical Robustness of Adversarial Objects against {LiDAR-based} Detectors via Object ReconstructionDBLPGoogle ScholarBibTeX
Learning with Semantics: Towards a {Semantics-Aware} Routing Anomaly Detection System Chen Y, Yin Q, Li Q, Liu Z, Xu K, Xu Y, Xu M, Liu Z, Wu J. 2024. Learning with Semantics: Towards a {Semantics-Aware} Routing Anomaly Detection System. 33rd USENIX Security Symposium (USENIX Security 24). :5143--5160. Read more about Learning with Semantics: Towards a {Semantics-Aware} Routing Anomaly Detection SystemDBLPGoogle ScholarBibTeX
Don't Waste My Efforts: Pruning Redundant Sanitizer Checks by {Developer-Implemented} Type Checks Zhai Y, Qian Z, Song C, Sridharan M, Jaeger T, Yu P, Krishnamurthy SV. 2024. Don't Waste My Efforts: Pruning Redundant Sanitizer Checks by {Developer-Implemented} Type Checks. 33rd USENIX Security Symposium (USENIX Security 24). :1419--1434. Read more about Don't Waste My Efforts: Pruning Redundant Sanitizer Checks by {Developer-Implemented} Type ChecksDBLPGoogle ScholarBibTeX
{EL3XIR}: Fuzzing {COTS} Secure Monitors Lindenmeier C, Payer M, Busch M. 2024. {EL3XIR}: Fuzzing {COTS} Secure Monitors. 33rd USENIX Security Symposium (USENIX Security 24). :5395--5412. Read more about {EL3XIR}: Fuzzing {COTS} Secure MonitorsDBLPGoogle ScholarBibTeX
Penetration Vision through Virtual Reality Headsets: Identifying 360-degree Videos from Head Movements Nguyen A, Zhang X, Yan Z. 2024. Penetration Vision through Virtual Reality Headsets: Identifying 360-degree Videos from Head Movements. 33rd USENIX Security Symposium (USENIX Security 24). :2779--2796. Read more about Penetration Vision through Virtual Reality Headsets: Identifying 360-degree Videos from Head MovementsDBLPGoogle ScholarBibTeX
{UIHash}: Detecting Similar Android {UIs} through {Grid-Based} Visual Appearance Representation Li J, Mao J, Zeng J, Lin Q, Feng S, Liang Z. 2024. {UIHash}: Detecting Similar Android {UIs} through {Grid-Based} Visual Appearance Representation. 33rd USENIX Security Symposium (USENIX Security 24). :665--682. Read more about {UIHash}: Detecting Similar Android {UIs} through {Grid-Based} Visual Appearance RepresentationDBLPGoogle ScholarBibTeX