Introducing possibilistic logic in ILP for dealing with exceptions

In this paper we propose a new formalization of the inductive logic programming (ILP) problem for a better handling of exceptions. It is now encoded in first-order possibilistic logic. This allows us to handle exceptions by means of prioritized rules, thus taking lessons from non-monotonic reasoning...

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Veröffentlicht in:	Artificial intelligence Jg. 171; H. 16; S. 939 - 950
Hauptverfasser:	Serrurier, Mathieu, Prade, Henri
Format:	Journal Article
Sprache:	Englisch
Veröffentlicht:	Amsterdam Elsevier B.V 01.11.2007 Elsevier
Schlagworte:	Applied sciences Artificial intelligence Computer Science Computer science; control theory; systems Exact sciences and technology Inductive logic programming Learning and adaptive systems Machine Learning Non-monotonic reasoning Possibilistic logic Inductive logic programming Possibilistic logic Non-monotonic reasoning Exception handling Priority Algorithmics Competitive algorithms Circumscription Possibility theory First order logic Simulated annealing Artificial intelligence Mathematical programming
ISSN:	0004-3702, 1872-7921
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Abstract	In this paper we propose a new formalization of the inductive logic programming (ILP) problem for a better handling of exceptions. It is now encoded in first-order possibilistic logic. This allows us to handle exceptions by means of prioritized rules, thus taking lessons from non-monotonic reasoning. Indeed, in classical first-order logic, the exceptions of the rules that constitute a hypothesis accumulate and classifying an example in two different classes, even if one is the right one, is not correct. The possibilistic formalization provides a sound encoding of non-monotonic reasoning that copes with rules with exceptions and prevents an example to be classified in more than one class. The benefits of our approach with respect to the use of first-order decision lists are pointed out. The possibilistic logic view of ILP problem leads to an optimization problem at the algorithmic level. An algorithm based on simulated annealing that in one turn computes the set of rules together with their priority levels is proposed. The reported experiments show that the algorithm is competitive to standard ILP approaches on benchmark examples.
AbstractList	In this paper we propose a new formalization of the inductive logic programming (ILP) problem for a better handling of exceptions. It is now encoded in first-order possibilistic logic. This allows us to handle exceptions by means of prioritized rules, thus taking lessons from non-monotonic reasoning. Indeed, in classical first-order logic, the exceptions of the rules that constitute a hypothesis accumulate and classifying an example in two different classes, even if one is the right one, is not correct. The possibilistic formalization provides a sound encoding of non-monotonic reasoning that copes with rules with exceptions and prevents an example to be classified in more than one class. The benefits of our approach with respect to the use of first-order decision lists are pointed out. The possibilistic logic view of ILP problem leads to an optimization problem at the algorithmic level. An algorithm based on simulated annealing that in one turn computes the set of rules together with their priority levels is proposed. The reported experiments show that the algorithm is competitive to standard ILP approaches on benchmark examples.
Author	Prade, Henri Serrurier, Mathieu
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Keywords	Inductive logic programming Possibilistic logic Non-monotonic reasoning Exception handling Priority Algorithmics Competitive algorithms Circumscription Possibility theory First order logic Simulated annealing Artificial intelligence Mathematical programming
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Snippet	In this paper we propose a new formalization of the inductive logic programming (ILP) problem for a better handling of exceptions. It is now encoded in...
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SubjectTerms	Applied sciences Artificial intelligence Computer Science Computer science; control theory; systems Exact sciences and technology Inductive logic programming Learning and adaptive systems Machine Learning Non-monotonic reasoning Possibilistic logic
Title	Introducing possibilistic logic in ILP for dealing with exceptions
URI	https://dx.doi.org/10.1016/j.artint.2007.04.016 https://hal.science/hal-03033452
Volume	171
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