SUPANOVA - a sparse, transparent modelling approach
SUPANOVA - a sparse, transparent modelling approach
Traditional neural networks produce opaque models that are difficult to interpret. This work describes a transparent, non-linear, modelling approach that enables the constructed models to be visualised, enhancing their validation and interpretation. The technique combines the representational advantage of a sparse ANOVA decomposition, with the good generalisation ability of a support vector machine.
21-30
Gunn, S. R.
306af9b3-a7fa-4381-baf9-5d6a6ec89868
Brown, M.
52cf4f52-6839-4658-8cc5-ec51da626049
1999
Gunn, S. R.
306af9b3-a7fa-4381-baf9-5d6a6ec89868
Brown, M.
52cf4f52-6839-4658-8cc5-ec51da626049
Gunn, S. R. and Brown, M.
(1999)
SUPANOVA - a sparse, transparent modelling approach.
Neural Networks for Signal Processing IX: IEEE Signal Processing Society Workshop, , Madison, WI, United States.
25 Aug 1999.
.
(doi:10.1109/NNSP.1999.788119).
Record type:
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Abstract
Traditional neural networks produce opaque models that are difficult to interpret. This work describes a transparent, non-linear, modelling approach that enables the constructed models to be visualised, enhancing their validation and interpretation. The technique combines the representational advantage of a sparse ANOVA decomposition, with the good generalisation ability of a support vector machine.
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Published date: 1999
Additional Information:
Organisation: IEEE Address: Madison, Wisconsin
Venue - Dates:
Neural Networks for Signal Processing IX: IEEE Signal Processing Society Workshop, , Madison, WI, United States, 1999-08-25 - 1999-08-25
Organisations:
Electronic & Software Systems
Identifiers
Local EPrints ID: 250632
URI: http://eprints.soton.ac.uk/id/eprint/250632
PURE UUID: c5314a75-af04-4cdf-ae17-f1750b72195d
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Date deposited: 25 Jun 1999
Last modified: 14 Mar 2024 04:53
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Contributors
Author:
S. R. Gunn
Author:
M. Brown
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