All Stories

  1. In Memoriam: Richard A. Tapia (1939-2026)
  2. In Memoriam: Peter G. Neumann (1932-2026)
  3. In Memoriam: Michael O. Rabin
  4. In Memoriam: C.A.R. Hoare
  5. In Memoriam: Vicki L. Hanson
  6. In Memoriam: David J. Farber
  7. In Memoriam: E. Allen Emerson
  8. In Memoriam: Niklaus Wirth
  9. In Memoriam: William A. Wulf
  10. In Memoriam
  11. In memoriam: Juris Hartmanis 1928--2022
  12. Creating a Concept Map for ICS Security – A Delphi Study
  13. In Memoriam: Charles M. Geschke (1939--2021)
  14. Jack Minker (1927---2021)
  15. In Memoriam: Edmund M. Clarke (1945–2020)
  16. In Memoriam: Ronald E. Anderson, 1941-2020
  17. Fran Allen
  18. Editorial
  19. The case for disappearing cyber security
  20. Reactive redundancy for data destruction protection (R2D2)
  21. A Hypergame Analysis for ErsatzPasswords
  22. Ghost Patches: Fake Patches for Fake Vulnerabilities
  23. Inhibiting and Detecting Offline Password Cracking Using ErsatzPasswords
  24. The strength of encryption
  25. Cyber Security Deception
  26. ErsatzPasswords
  27. Enhancing Passwords Security Using Deceptive Covert Communication
  28. Planning and Integrating Deception into Computer Security Defenses
  29. An Integrated Architecture for Automatic Indication, Avoidance and Profiling of Kernel Rootkit Attacks
  30. Using Deceptive Information in Computer Security Defenses
  31. Editorial
  32. Improved kernel security through memory layout randomization
  33. Editorial
  34. Incentive Alignment and Risk Perception: An Information Security Application
  35. Risks and uncertainties in virtual worlds: an educators’ perspective
  36. Editorial
  37. Back Channels Can Be Useful! – Layering Authentication Channels to Provide Covert Communication
  38. Cybercrime and Cloud Forensics
  39. Editorial
  40. Reverse-safe authentication protocol for secure USB memories
  41. Editorial
  42. USACM and U.S. legislation
  43. Editorial
  44. Editorial
  45. Editorial for 30/8
  46. Editorial
  47. Implicit Buffer Overflow Protection Using Memory Segregation
  48. Editorial
  49. Security, technology, publishing, and ethics (part II)
  50. Security, technology, publishing, and ethics (Part I)
  51. Editorial
  52. Editorial
  53. Understanding insiders: An analysis of risk-taking behavior
  54. Remembrances of things pest
  55. Audlib: a configurable, high-fidelity application audit mechanism
  56. Privacy and securityAnswering the wrong questions is no answer
  57. USACM's policy role
  58. A distributed requirements management framework for legal compliance and accountability
  59. Assured Information Sharing Life Cycle
  60. Cyber Security: Assessing Our Vulnerabilities and Developing an Effective Defense
  61. Tracing Worm Break-In and Contaminations via Process Coloring: A Provenance-Preserving Approach
  62. Inspiration and trust
  63. Intrusion Response Systems: A Survey
  64. Run-time label propagation for forensic audit data
  65. COMPUTER SCIENCE: Happy Birthday, Dear Viruses
  66. Automated adaptive intrusion containment in systems of interacting services
  67. CuPIDS: An exploration of highly focused, co-processor-based information system protection
  68. Categories of digital investigation analysis techniques based on the computer history model
  69. On the role of file system metadata in digital forensics
  70. What *is* information security?
  71. Grand challenges in information security: process and output
  72. Information security and the media
  73. PFIRES
  74. Risks of total surveillance
  75. Taking a stand on hackers
  76. Secure outsourcing of scientific computations
  77. Digital government security infrastructure design challenges
  78. Security models for web-based applications
  79. Intrusion detection using autonomous agents
  80. Low-threat security patches and tools
  81. An execution-backtracking approach to debugging
  82. Crisis and aftermath
  83. Understanding Risk and Risk-Taking Behavior in Virtual Worlds
  84. Provenance-Aware Tracing ofWorm Break-in and Contaminations: A Process Coloring Approach
  85. CuPIDS enhances StUPIDS: exploring a co-processing paradigm shift in information system security
  86. Efficient Intrusion Detection using Automaton Inlining