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Thèse Sciences Cognitives - Olivier Nerot

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Mémorisation par forçage des dynamiques chaotiques dans les modèles connexionnistes récurrents<br />

BIBLIOGRAPHIE GENERALE<br />

Certaines des références indiqueées sont incomplètes, et correspondent en général à des fichiers récupérés<br />

sur les sites ftp des auteurs.<br />

[1] Sergey K. Aityan.. Recurrent refractory neural field IEEE. O-7803-0559-0/92 .p 140-145 (1992)<br />

[2] Almeida. Backpropagation in non-feedforward networks. Dans Neural Computing architectures.<br />

North Oxford Academic. Aleksander eds. (1989)<br />

[3] Amit. Storage and retrieval of temporal sequences. p 215-264. Modeling brain functions.<br />

[4] Daniel J. Amit. (ilios.fiz.huji.ac.il). The hebbian paradigm reintegrated : local reverberations as<br />

internal representations. Behavioral and Brain <strong>Sciences</strong>. No18. p617-657. (1995)<br />

[5] Amir Atiya. Unifying recurrent network trining algorithms. World congress on neural networks.<br />

Portland. Vol.3. p 585-588 (1993)<br />

[6] Amir Atiya, Pierre Baldi. Oscillations and Synchronizations in neural networks : an exploration<br />

of the labelling hypothesis. International Journal of Neural Systems. Vol. 1. No. 2. p 103-124.<br />

(1989)<br />

[7] Alex Aussem (aaussem@eso.org). Training dynamical recurrent neural networks with the<br />

temporal recurrent back-propagation algorithm : application to the time series prediction and<br />

characterization.<br />

[8] Alex Aussem (aaussem@eso.org), Fion Murtagh, Marc Sarazin. Dynamical recurrent neural<br />

networks- towards environmental time series prediction. International Journal of Neural Systems.<br />

Vol. 6. no.2 .p 145-170. (1995)<br />

[9] A. Babloyantz, A. Destexhe. Nonlinear analysis and modelling of cortical activity. Mathematics<br />

applied to biology and medecine. J. Demongeot, V. Capasso (edts). ISBN 0-920063-63-2. p 35-<br />

48 (1993)<br />

[10] A. Babloyantz, C. Lourenço. Computation with chaos. A paradigm for cortical activity. Proc.<br />

Natl. Acad. Sci. USA. Vol.91, p.9027. (1994)<br />

[11] Back, A.C Tsoi. FIR and IIR synapses, a new neural network architecture for time series<br />

modeling. Neural computation. 3. p 375-385. (1991)<br />

[12] A. Baddeley. La mémoire humaine : theorie et pratique. Editions PUG. (1993)<br />

[13] Pierre Baldi, Amir Atiya. How delays affect neural dynamics and learning.<br />

[14] Françoise Beaufays, Eric. A. Wan. Relating real-time backpropagation and backpropagation<br />

through time : an application of flow graph interreciprocity.<br />

[15] Yoshua Bengio (bengioy@iro.umontreal.ca), Paolo Frasconi(paolo@mcculloch.ing.unifi.it) .An<br />

EM approach to learning sequential behavior. Technical report. DSI 11/94. Università di<br />

Firenze. (1994)<br />

[16] Yoshua Bengio, Paolo Frasconi, Marco Gori, Giovanni Soda. Recurrent neural networks for<br />

adaptative temporal processing. Proc. of the 6th italian workshop on parallel architecture and<br />

neural networks. WIRN93. 1993, p85-117. (1993)<br />

[17] Henri Berson. Matière et mémoire. Essai sur la relation du corps à l’esprit. (1896)<br />

Bibliographie Générale 219

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