Interests
My research focuses on the understanding of biologically inspired computational systems. In particular I study the computational and dynamical complexity of neural systems as well as genetic-networks. I would love to get closer to the understanding of how the underlying architecture brings about the dynamics which evolves into intelligent behavior, and how the feedback goes from the behavior via the dynamics to adaptation of the architecture.
Professional Activities
- Editorial Board member of the American Institute of Physics Journal Chaos: An Interdisciplinary Journal of Nonlinear Science [1999-present]
- Editorial Board member: Neural Computing Surveys [1997-present]
- Reviewer of the Journals (Partial list) : Journal of Theoretical Biology (Inferring Logical Models of Gene Expression Dynamics Authors: Theodore J. Perkins; Michael T. Hallett; and Leon Glass), Neural Computation, Theoretical Computer Science, J. of Complexity, Neural Networks World, Neural Networks, Connection Science, Cognitive Science, IEEE Trans on Neural Networks, Physics Review Letters, Physica D, Physica A, Scholarpedia
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