NETWORK: Computation in Neural Systems

[Network Editor]

Here is the contents page for the current issue of NETWORK:
Computation in Neural Systems.  NETWORK publishes original research
work on theoretical and computational aspects of the development and
functioning of the nervous system, at all levels of analysis,
particularly at the network, cellular and subcellular levels.

Professor David Willshaw
Editor-in-Chief
NETWORK: Computation in Neural Systems
Institute for Adaptive & Neural Computation
Division of Informatics
University of Edinburgh
5 Forrest Hill
Edinburgh  EH1 2QL
UK

Tel: +44-(0)131-650 4404
Fax: +44-(0)131-650 4406

Email: neted at anc.ed.ac.uk

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NETWORK: COMPUTATION IN NEURAL SYSTEMS - VOLUME 12, ISSUE 3, AUGUST 2001

Special issue featuring selected papers from the Natural Stimulus
Statistics Workshop, October 2000, Cold Spring Harbor, USA


EDITORIALS

Publishing papers in Network: Special Issues
D J Willshaw (p 235)

Natural stimulus statistics
P Reinagel and S Laughlin (pp 237-240)

PAPERS

Redundancy reduction revisited
H Barlow (pp 241-253)

Characterizing the sparseness of neural codes
B Willmore and D J Tolhurst (pp 255-270)

Beats, kurtosis and visual coding
M G A Thomson (pp 271-287)

Estimating spatio-temporal receptive fields of auditory and visual
neurons from their responses to natural stimuli 
F E Theunissen, S V David, N C Singh, A Hsu, W E Vinje and J L Gallant
(pp 289-316)

Neural coding of naturalistic motion stimuli
G D Lewen, W Bialek and R R de Ruyter van Steveninck (pp 317-329)

Nonlinear and extra-classical receptive field properties and the
statistics of natural scenes C Zetzsche and F Röhrbein (pp 331-350)

Neuronal processing of behaviourally generated optic flow: experiments
and model simulations  
R Kern, M Lutterklas, C Petereit, J P Lindemann and M Egelhaaf (pp 351-369)

Can recent innovations in harmonic analysis `explain' key findings in
natural image statistics?  
D L Donoho and A G Flesia (pp 371-393)

Optimal nonlinear codes for the perception of natural colours
T von der Twer and D I A MacLeod (pp 395-407)