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Valid Generalisation of Functions from Close Approximations on a Sample

Valid Generalisation of Functions from Close Approximations on a Sample
Valid Generalisation of Functions from Close Approximations on a Sample
This volume contains 17 of the contributed papers presented at the 1st European Conference on Computational Learning Theory. Also included are invited presentations on the complexity of learning on neural nets, on new directions in computational learning theory, and on a neurodial model for cognitive functions. The proceedings give an overview of current work in computational learning theory, ranging from results inspired by neural network research to those arising from more classical artificial intelligence approaches. The study of machine learning within the mathematical framework of complexity theory has been a relatively recent development. The burgeoning interest in the application of machine learning to a wide variety of problems from control to financial market prediction has fired a corresponding upsurge in mathematical research.
0-19853-492-2
Oxford University Press
Anthony, Martin
b2244590-7640-4060-9f75-6675efdebfaf
Shawe-Taylor, John
b1931d97-fdd0-4bc1-89bc-ec01648e928b
Anthony, Martin
b2244590-7640-4060-9f75-6675efdebfaf
Shawe-Taylor, John
b1931d97-fdd0-4bc1-89bc-ec01648e928b

Anthony, Martin and Shawe-Taylor, John (1994) Valid Generalisation of Functions from Close Approximations on a Sample. In Proceedings of the First European Conference on Computational Learning Theory, EuroCOLT'93. Oxford University Press..

Record type: Conference or Workshop Item (Paper)

Abstract

This volume contains 17 of the contributed papers presented at the 1st European Conference on Computational Learning Theory. Also included are invited presentations on the complexity of learning on neural nets, on new directions in computational learning theory, and on a neurodial model for cognitive functions. The proceedings give an overview of current work in computational learning theory, ranging from results inspired by neural network research to those arising from more classical artificial intelligence approaches. The study of machine learning within the mathematical framework of complexity theory has been a relatively recent development. The burgeoning interest in the application of machine learning to a wide variety of problems from control to financial market prediction has fired a corresponding upsurge in mathematical research.

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Published date: 1994
Organisations: Electronics & Computer Science

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Local EPrints ID: 259690
URI: http://eprints.soton.ac.uk/id/eprint/259690
ISBN: 0-19853-492-2
PURE UUID: 6d8265df-5401-4e4b-a09a-a988365aa78a

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Date deposited: 02 Mar 2005
Last modified: 10 Dec 2021 21:06

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Contributors

Author: Martin Anthony
Author: John Shawe-Taylor

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