Computational Logic: Logic Programming and Beyond Essays in Honour of Robert A. Kowalski, Part II /
Computational Logic: Logic Programming and Beyond Essays in Honour of Robert A. Kowalski, Part II / [electronic resource] :
edited by Antonis C. Kakas, Fariba Sadri.
- 1st ed. 2002.
- XII, 628 p. online resource.
- Lecture Notes in Artificial Intelligence, 2408 2945-9141 ; .
- Lecture Notes in Artificial Intelligence, 2408 .
Logic in Databases and Information Integration -- MuTACLP: A Language for Temporal Reasoning with Multiple Theories -- Description Logics for Information Integration -- Search and Optimization Problems in Datalog -- The Declarative Side of Magic -- Key Constraints and Monotonic Aggregates in Deductive Databases -- Automated Reasoning -- A Decidable CLDS for Some Propositional Resource Logics -- A Critique of Proof Planning -- A Model Generation Based Theorem Prover MGTP for First-Order Logic -- A ‘Theory’ Mechanism for a Proof-Verifier Based on First-Order Set Theory -- An Open Research Problem: Strong Completeness of R. Kowalski’s Connection Graph Proof Procedure -- Non-deductive Reasoning -- Meta-reasoning: A Survey -- Argumentation-Based Proof Procedures for Credulous and Sceptical Non-monotonic Reasoning -- Automated Abduction -- The Role of Logic in Computational Models of Legal Argument: A Critical Survey -- Logic for Action and Change -- Logic Programming Updating - A Guided Approach -- Representing Knowledge in A-Prolog -- Some Alternative Formulations of the Event Calculus -- Logic, Language, and Learning -- Issues in Learning Language in Logic -- On Implicit Meanings -- Data Mining as Constraint Logic Programming -- DCGs: Parsing as Deduction? -- Statistical Abduction with Tabulation -- Computational Logic and Philosophy -- Logicism and the Development of Computer Science -- Simply the Best: A Case for Abduction.
Alan Robinson This set of essays pays tribute to Bob Kowalski on his 60th birthday, an anniversary which gives his friends and colleagues an excuse to celebrate his career as an original thinker, a charismatic communicator, and a forceful intellectual leader. The logic programming community hereby and herein conveys its respect and thanks to him for his pivotal role in creating and fostering the conceptual paradigm which is its raison d’Œtre. The diversity of interests covered here reflects the variety of Bob’s concerns. Read on. It is an intellectual feast. Before you begin, permit me to send him a brief personal, but public, message: Bob, how right you were, and how wrong I was. I should explain. When Bob arrived in Edinburgh in 1967 resolution was as yet fairly new, having taken several years to become at all widely known. Research groups to investigate various aspects of resolution sprang up at several institutions, the one organized by Bernard Meltzer at Edinburgh University being among the first. For the half-dozen years that Bob was a leading member of Bernard’s group, I was a frequent visitor to it, and I saw a lot of him. We had many discussions about logic, computation, and language.
9783540456322
10.1007/3-540-45632-5 doi
Artificial intelligence.
Software engineering.
Computer programming.
Machine theory.
Computer science--Mathematics.
Artificial Intelligence.
Software Engineering.
Programming Techniques.
Formal Languages and Automata Theory.
Symbolic and Algebraic Manipulation.
Q334-342 TA347.A78
006.3
Logic in Databases and Information Integration -- MuTACLP: A Language for Temporal Reasoning with Multiple Theories -- Description Logics for Information Integration -- Search and Optimization Problems in Datalog -- The Declarative Side of Magic -- Key Constraints and Monotonic Aggregates in Deductive Databases -- Automated Reasoning -- A Decidable CLDS for Some Propositional Resource Logics -- A Critique of Proof Planning -- A Model Generation Based Theorem Prover MGTP for First-Order Logic -- A ‘Theory’ Mechanism for a Proof-Verifier Based on First-Order Set Theory -- An Open Research Problem: Strong Completeness of R. Kowalski’s Connection Graph Proof Procedure -- Non-deductive Reasoning -- Meta-reasoning: A Survey -- Argumentation-Based Proof Procedures for Credulous and Sceptical Non-monotonic Reasoning -- Automated Abduction -- The Role of Logic in Computational Models of Legal Argument: A Critical Survey -- Logic for Action and Change -- Logic Programming Updating - A Guided Approach -- Representing Knowledge in A-Prolog -- Some Alternative Formulations of the Event Calculus -- Logic, Language, and Learning -- Issues in Learning Language in Logic -- On Implicit Meanings -- Data Mining as Constraint Logic Programming -- DCGs: Parsing as Deduction? -- Statistical Abduction with Tabulation -- Computational Logic and Philosophy -- Logicism and the Development of Computer Science -- Simply the Best: A Case for Abduction.
Alan Robinson This set of essays pays tribute to Bob Kowalski on his 60th birthday, an anniversary which gives his friends and colleagues an excuse to celebrate his career as an original thinker, a charismatic communicator, and a forceful intellectual leader. The logic programming community hereby and herein conveys its respect and thanks to him for his pivotal role in creating and fostering the conceptual paradigm which is its raison d’Œtre. The diversity of interests covered here reflects the variety of Bob’s concerns. Read on. It is an intellectual feast. Before you begin, permit me to send him a brief personal, but public, message: Bob, how right you were, and how wrong I was. I should explain. When Bob arrived in Edinburgh in 1967 resolution was as yet fairly new, having taken several years to become at all widely known. Research groups to investigate various aspects of resolution sprang up at several institutions, the one organized by Bernard Meltzer at Edinburgh University being among the first. For the half-dozen years that Bob was a leading member of Bernard’s group, I was a frequent visitor to it, and I saw a lot of him. We had many discussions about logic, computation, and language.
9783540456322
10.1007/3-540-45632-5 doi
Artificial intelligence.
Software engineering.
Computer programming.
Machine theory.
Computer science--Mathematics.
Artificial Intelligence.
Software Engineering.
Programming Techniques.
Formal Languages and Automata Theory.
Symbolic and Algebraic Manipulation.
Q334-342 TA347.A78
006.3