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Learning Minor Closed Graph Classes with Membership and Equivalence Queries

Learning Minor Closed Graph Classes with Membership and Equivalence Queries
Learning Minor Closed Graph Classes with Membership and Equivalence Queries
The paper considers the problem of learning classes of graphs closed under taking minors. It is shown that any such class can be properly learned in polynomial time using membership and equivalence queries. The representation of the class is in terms of a set of minimal excluded minors (obstruction set).
Domingo, Carlos
dcb16701-0230-45cb-b12e-6dcceb1cedc8
Shawe-Taylor, John
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Bodlaender, Hans
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Abello, James
b294d539-be02-4e71-bf93-23523ddb4b1d
Domingo, Carlos
dcb16701-0230-45cb-b12e-6dcceb1cedc8
Shawe-Taylor, John
b1931d97-fdd0-4bc1-89bc-ec01648e928b
Bodlaender, Hans
5b486c4a-c930-4afd-a5f6-d6821193878d
Abello, James
b294d539-be02-4e71-bf93-23523ddb4b1d

Domingo, Carlos, Shawe-Taylor, John, Bodlaender, Hans and Abello, James (1994) Learning Minor Closed Graph Classes with Membership and Equivalence Queries

Record type: Monograph (Project Report)

Abstract

The paper considers the problem of learning classes of graphs closed under taking minors. It is shown that any such class can be properly learned in polynomial time using membership and equivalence queries. The representation of the class is in terms of a set of minimal excluded minors (obstruction set).

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More information

Published date: 1994
Organisations: Electronics & Computer Science

Identifiers

Local EPrints ID: 259758
URI: http://eprints.soton.ac.uk/id/eprint/259758
PURE UUID: 72146d48-1cac-4c09-90fe-4f1f31f643b6

Catalogue record

Date deposited: 12 Aug 2004
Last modified: 14 Mar 2024 06:27

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Contributors

Author: Carlos Domingo
Author: John Shawe-Taylor
Author: Hans Bodlaender
Author: James Abello

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