• Skip to main content
  • Skip to primary sidebar
AAAI

AAAI

Association for the Advancement of Artificial Intelligence

    • AAAI

      AAAI

      Association for the Advancement of Artificial Intelligence

  • About AAAIAbout AAAI
    • News
    • Officers and Committees
    • Staff
    • Bylaws
    • Awards
      • Fellows Program
      • Classic Paper Award
      • Dissertation Award
      • Distinguished Service Award
      • Allen Newell Award
      • Outstanding Paper Award
      • AI for Humanity Award
      • Feigenbaum Prize
      • Patrick Henry Winston Outstanding Educator Award
      • Engelmore Award
      • AAAI ISEF Awards
      • Senior Member Status
      • Conference Awards
    • Partnerships
    • Resources
    • Mailing Lists
    • Past Presidential Addresses
    • AAAI 2025 Presidential Panel on the Future of AI Research
    • Presidential Panel on Long-Term AI Futures
    • Past Policy Reports
      • The Role of Intelligent Systems in the National Information Infrastructure (1995)
      • A Report to ARPA on Twenty-First Century Intelligent Systems (1994)
    • Logos
  • aaai-icon_ethics-diversity-line-yellowEthics & Diversity
  • Conference talk bubbleConferences & Symposia
    • AAAI Conference
    • AIES AAAI/ACM
    • AIIDE
    • EAAI
    • HCOMP
    • IAAI
    • ICWSM
    • Spring Symposia
    • Summer Symposia
    • Fall Symposia
    • Code of Conduct for Conferences and Events
  • PublicationsPublications
    • AI Magazine
    • Conference Proceedings
    • AAAI Publication Policies & Guidelines
    • Request to Reproduce Copyrighted Materials
    • Contribute
    • Order Proceedings
  • aaai-icon_ai-magazine-line-yellowAI Magazine
  • MembershipMembership
    • Member Login
    • Chapters

  • Career CenterAI Jobs
  • aaai-icon_ai-topics-line-yellowAITopics
  • aaai-icon_contact-line-yellowContact

  • Twitter
  • Facebook
  • LinkedIn
Home / Proceedings / Proceedings of the AAAI Conference on Artificial Intelligence, 9 /

Formal Methods in Knowledge Representation

Time and Action

  • A Logic of Situated Know-How

    Munindar P. Singh

    343

    PDF
  • Provably Correct Theories of Action (Preliminary Report)

    Fangzhen Lin, Yoav Shoham

    349

    PDF
  • A Critique of Yoav Shoham’s Theory of Causal Reasoning

    Antony Galton

    355

    PDF
  • A Logic and Time Nets for Probabilistic Inference

    Keiji Kanazawa

    360

    PDF

Nonmonotonic Reasoning I

  • Default Logic, Propositional Logic, and Constraints

    Rachel Ben-Eliyahu, Rina Dechter

    379

    PDF
  • Some Variations on Default Logic

    Piotr Rychlik

    373

    PDF
  • Strong Introspection

    Michael Gelfond

    386

    PDF
  • The P-Systems: A Systematic Classification of Logics of Nonmonotonicity

    Wolfgang Nejdl

    366

    PDF

Nonmonotonic Reasoning II

  • Default Reasoning From Statistics

    Fahiem Bacchus

    392

    PDF
  • Incorporating Nonmonotonic Reasoning in Horn Clause Theories

    James P. Delgrande

    405

    PDF
  • Step-Logic and the Three-Wise-Men Problem

    Jennifer J. Elgot-Drapkin

    412

    PDF
  • System-Z+: A Formalism for Reasoning with Variable-Strength Defaults

    Moisés Goldszmidt, Judea Pearl

    399

    PDF

Primary Sidebar