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Evolving Neural Networks for Statistical Decision Theory

Michal Valko (Supervisor: Mgr. Radoslav Harman, PhD.) | pridané: June 15th 2005

Abstract of diploma thesis:

Real biological networks are able to make decisions. We will show that this behavior can be observed even in some simple architectures of biologically plausible neural models. The great interest of this thesis is also to contribute to methods of statistical decision theory by giving a lead how to evolve the neural networks to solve miscellaneous decision tasks.

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Full text of this diploma thesis is on internet address:
www.cs.pitt.edu/ ~michal/ projects/ thesis/ nesdt.pdf

Hard copy of diploma thesis is located at this university:
Univerzita Komenského - Fakulta matematiky, fyziky a informatiky - Katedra aplikovanej informatiky

Univerzita Komenského v Bratislave, Fakulta matematiky, fyziky a informatiky, Knižničné a edičné centrum
Mlynská dolina, Pavilón 1
Bratislava 4
842 41
http://www.fmph.uniba.sk/

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Bibliographic reference

VALKO, Michal: Evolving Neural Networks for Statistical Decision Theory [ Diploma Thesis ] Univerzita Komenského, Fakulta matematiky, fyziky a informatiky, Katedra aplikovanej informatiky. Supervisor: Mgr. Radoslav Harman, PhD.. Year of defense: 2005

Diploma Thesis:

Evolving Neural Networks for Statistical Decision Theory

Michal Valko (Supervisor: Mgr. Radoslav Harman, PhD.) | added: June 15th 2005

Abstract of diploma thesis:

Real biological networks are able to make decisions. We will show that this behavior can be observed even in some simple architectures of biologically plausible neural models. The great interest of this thesis is also to contribute to methods of statistical decision theory by giving a lead how to evolve the neural networks to solve miscellaneous decision tasks.

Real biological networks are able to make decisions. We will show that this behavior can be observed even in some simple architectures of biologically plausible neural models. The great interest of this thesis is also to contribute to methods of statistical decision theory by giving a lead how to evolve the neural networks to solve miscellaneous decision tasks.