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Abstract: Introduction Computer security [16, 5] is usually defined as ensuring integrity, confidentiality, and availability requirements even in the presence of a determined, malicious opponent. Sensitive data must be modified and consulted by authorized users only (integrity, confidentiality); moreover, the system should resist "denial of service" attacks that attempt to render it unusable (availability). In more colorful language, computer security has been described as "programming Satan's computer" ... (Update)
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BibTeX entry: (Update)
@misc{ leroy-computer,
author = "Xavier Leroy",
title = "Computer Security from a Programming Language and Static Analysis Perspective
(Extended Abstract)",
url = "citeseer.ist.psu.edu/685907.html" }
Citations (may not include all citations):566 Proof-carrying code - Necula - 1997
404 A calculus for cryptographic protocols: The Spi calculus - Abadi, Gordon - 1999
339 Efficient software-based fault isolation - Wahbe, Lucco et al. - 1993
161 Timing attacks on implementations of Di#e-Hellman (context) - Kocher - 1996
158 Secrecy by typing in security protocols - Abadi - 1999
152 A sound type system for secure flow analysis - Volpano, rey et al. - 1996
121 A core calculus of dependency - Abadi, Banerjee et al. - 1999
116 Aspect-oriented programming - Kiczales, Lamping et al. - 1997
110 Eliminating array bound checking through dependent types - Xi, Pfenning - 1998
97 Stack-based typed assembly language - Morrisett, Crary et al. - 2002
90 Type systems - Cardelli - 1997
85 The SLam calculus: programming with secrecy and integrity - Heintze, Riecke - 1998
74 untrusted agents using proof-carrying code (context) - Necula, Lee - 1997
72 A type-based approach to program security - Volpano, rey - 1997
66 Security properties of typed applets - Leroy, Rouaix - 1999
65 The Java Virtual Machine Specification (context) - Lindholm, Yellin - 1999
61 Inside Java 2 platform security: architecture (context) - Gong - 1999
59 Design principles for tamper-resistant smartcard processors - Kuhn - 1999
58 Java intermediate bytecodes (context) - Gosling - 1995
57 programmable secure coprocessor (context) - Smith, Weingart et al. - 1998
52 Building a secure computer system (context) - Gasser - 1988
51 Programming Satan's computer - Anderson, Needham - 1995
47 Information flow inference for ML - Pottier, Simonet - 2002
47 IRM enforcement of Java stack inspection - Erlingsson, Schneider - 2000
46 ACM Transactions on Programming Languages and Systems (context) - Morrisett, Walker et al. - 1999
45 ACM Transactions on Information and System Security (context) - Schneider, policies - 2000
41 A type system for expressive security policies - Walker - 2000
34 Information flow inference for free - Pottier, Conchon - 2000
32 A dependently typed assembly language - Xi, Harper - 2001
27 Java bytecode verification: an overview - Leroy - 2001
25 Secrecy types for asymmetric communication - Abadi, Blanchet - 2001
23 A type system for certified binaries (context) - Shao, Saha et al. - 2002
20 Security Engineering (context) - Anderson - 2001
19 Bytecode verification for Java smart card - Leroy - 2002
16 The security architecture formerly known as stack inspection.. (context) - Wallach, Felten et al. - 2000
15 Java Card Technology for Smart Cards: Architecture and Progr.. (context) - Chen - 2000
15 Enforcing trace properties by program transformation - Colcombet, Fradet - 2000
15 A systematic approach to static access control - Pottier, Skalka et al. - 2001
12 of Java, the Java virtual machine and Java Card (context) - Hartel, Moreau et al. - 2001
11 scalable type theory for certified code (context) - Crary, Vanderwaart - 2002
8 Enforcing security properties by type specialization (context) - Thiemann - 2001
7 Model checking multiapplet Java Card applications - Chugunov, Fredlund et al. - 2002
7 impossible (context) - Deville, Grimaud - 2002
7 Secure calling contexts for stack inspection - Besson, de Latour et al. - 2002
3 Context inference for static analysis of java card object sh.. - Caromel, Henrio et al. - 2001
1 Tamper resistance - a cautionary note (context) - Kuhn - 1996
1 Extending tamper-proof hardware security to untrusted execut.. (context) - Loureiro, Bussard et al. - 2002
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