Nonlinear Dynamics and Neuronal Networks

Part 1 Neuronal oscillations - physiological evidence: temporal coding by coherent oscillations as a potential solution to the binding problem, Andreas K.Engel, et al; temporal properties of synchronous oscillatory neuronal interactions in cat striate cortex, Charles M. Gray, et al; stimulus-related facilitation and synchronization among visual cortical areas - experiments and models, R. Eckhorn, et al; small nervous systems and neural network models, D. Kleinfeld, et al. Part 2 Neuronal oscillations - models and simulations: phase coherence and computation in a neural network of coupled oscillators, H. Sompolinsky, et al; nonlinear dynamics and neuronal oscillations, Heinz G. Schuster; dynamic interactions of neuronal groups and the problem of cortical integration, Olaf Sporns, et al; temporal coding by coherent oscillations as a potential solution to the binding problem - neural network simulations, Thomas B. Schillen and Peter Konig; phase-locking in 1-D and 2-D networks of oscillating neurons, Ernst Niebuhr, et al. Part 3 State variables, assemblies and data analysis: what are the state variables for modelling brain dynamics with neural networks?, Walter J. Freeman; new descriptors for the activity of brain cell assemblies - requirements and opportunities, Theodore H. Bullock; cellular assemblies and the dynamics of cortical minicolumns, Steen S. Christensen, et al; dynamics of activity and connectivity in physiological neuronal networks, Ad Aertsen and Hubert Preibl. Part 4 Self-organization and high level representations: distributed hypothesis testing, attention shifts, and transmitter dynamics during self-organization of brain recognition codes, Gail A. Carpenter and Stephen Grossberg; high-level representations of space and movement in neural networks controlling motor behaviour, Klaus Hepp.