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<div class="home-card__label">Nori wiki</div> | <div class="home-card__label">Nori wiki</div> | ||
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<div class="home-card__label">Author</div> | <div class="home-card__label">Author</div> | ||
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안준호 (Ahn, Junho)<br> | 안준호 (Ahn, Junho)<br> | ||
KAIST E3-1 CASYS Lab<br> | KAIST E3-1 CASYS Lab<br> | ||
✉️ junhoahn@kaist.ac.kr | KAIST, Dajeon, Republic of Korea Mar 2023 - <br> | ||
Ph.D. Student, School of Computing <br> | |||
✉️ junhoahn@kaist.ac.kr <br> | |||
<div class="home-link__button">[https://sites.google.com/view/junhoahn/ Curriculum Vitae]</div> | <div class="home-link__button">[https://sites.google.com/view/junhoahn/ Curriculum Vitae]</div> | ||
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<div class="home- | <div class="home-card_label">Submissions</div> | ||
# USENIX | <tabber> | ||
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# ''[USENIX Security 2024]'' <strong>Junho Ahn</strong>, Jaehyeon Lee, KangHyuk Lee, Wooseok Gwak, Minseong Hwang, Youngjin Kwon, "[[BUDAlloc: Defeating Use-After-Free Bugs by Decoupling Virtual Address Management from Kernel]]" (Acceptance rate: 18.32%, BK21++) | |||
# ''[IEEE S&P 2025]'' <strong>Junho Ahn</strong>, KangHyuk Lee, Chanyoung Park, Hyungon Moon, Youngjin Kwon, "[[SwiftSweeper: Defeating Use-After-Free Bugs Using Memory Sweeper Without Stop-the-World]]" (Acceptance rate: 14.8%, BK21++) | |||
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# ''[European Conference on Computer Systems (EuroSys), 2026]'' Minkyu Jung, Chanshin Kwak, <strong>Junho Ahn</strong>, Sunho Park, Changjun Lee, Jongyul Kim, Jeehoon Kang, Youngjin Kwon, "CofferOS: Hardening OS-level Virtualization with Rust" (BK21++) | |||
# ''[USENIX OSDI 2026]'' Jongyul Kim, Jaehwan Lee, Inhoe Koo, Peizhe Liu, Jiyuan Zhang, <strong>Junho Ahn</strong>, Tianyin Xu, Youngjin Kwon, "Oxbow: A Coordinated Architecture for Multi-component File Systems" (BK21++) | |||
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<categorytree mode="pages" namespaces="Main Category">사회과학</categorytree> | |||
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<div class="home-card__label">최근 바뀜</div> | <div class="home-card__label">최근 바뀜</div> | ||
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안준호 (Ahn, Junho)
KAIST E3-1 CASYS Lab
KAIST, Dajeon, Republic of Korea Mar 2023 -
Ph.D. Student, School of Computing
✉️ junhoahn@kaist.ac.kr
| 새글 09:05 | SoftBound: Highly Compatible and Complete Spatial Memory Safety for C 차이역사 +732 Ahn9807 토론 기여 (새 문서: 분류: ACM PLDI {{Paper|title=SoftBound: Highly Compatible and Complete Spatial Memory Safety for C|authors=Santosh Nagarakatte Jianzhou Zhao Milo M. K. Martin Steve Zdancewic|conference=Proceedings of the ACM SIGPLAN Conference on Programming Language Design and Implementation (PLDI)|year=2009}} == 개요 == Softbound는 spatial safety bug를 잡기 위한 방식이다. 모든 오브젝트 할당마다 base랑 size를 저장하는 내부 변수를 만들고, 매 load/st...) 태그: 시각 편집: 전환됨 | ||||