Part I.Space-Time Aspects of Brain Function: Sensory Perception. Embodiments of geometry /|r J.J. Koenderink -- Learning algorithms and network architectures /|r T. Poggio and F. Girosi --|t Processing of synaptic signals in fly visual interneurons selectively responsive to small moving objects /|r A. Borst and M. Egelhaaf --|t Encoding of 'nothing' in the peripheral auditory pathway: Nervous activity associated with a spectral gap /|r E. de Boer and A.J. Breed -- Part II --|t Space-Time Aspects of Brain Function: Control of Action --|t The representation of space and time in the motor system /|r C.C.A.M. Gielen --|t Intricacies of movement control : an essay /|r V. Braitenberg --|t Specific responses of the cerebellar cortex to moving stimuli /|r D. Heck --|t On connecting syntax and the brain /|r F. Pulvermuller -- Part III. Space-Time Dynamics of Neuronal Activity in the Working Brain -- Integration, synchronicity and periodicity /|r M. Abeles, Y. Prut, H. Bergman, E. Vaadia and A. Aertsen --|t Bifurcation analysis of continuous time dynamics of oscillatory neural networks /|r W.J. Freeman and S. Jakubith --|t Dynamic aspects of cortical function : processing and plasticity in different sensory modalities /|r H.R. Dinse, F. Spengler, B. Godde and B. Hartfiel --|t Neuronal interaction in the cortex -- Quantitative characterization by cross-interval statistics /|r S. Rotter, A. Aertsen and E. Vaadia --|t Spike generation in cortical neurons: Probabilistic threshold function shows intrinsic and long-lasting dynamics /|r D. Heck, S. Rotter and A. Aertsen --|t On spike synchronization /|r H. Glunder and A. Nischwitz – -- Part IV. The Brain: the organization of perception and action --|t On the internal structure of cell assemblies /|r G. Palm --|t Does the nervous system try to learn temporal invariants? /|r G.J. Mitchison --|t On the relation between cyto- and myeloarchitectonics in the human cerebral cortex /|r B. Hellwig and S. Rotter --|t Dynamics in neural systems --|t Some remarks /|r W. von Seelen --|t About neural areas, assemblies, attractors, and noise /|r G. Toulouse.