316171event14081105031492118523<![CDATA[Visiting Professor Lecture @ Biomedical Engineering]]>
At the core of understanding or synthesizing brain behaviors lie nonlinear and chaotic dynamics. An overview and survey of our recent results will be presented including new discoveries about the genesis and evolution of temporal lobe epilepsy and the development Synthetic Computation (engineering dynamical systems to perform computations) with applications in electronic, mechanical and biological systems. The talk will conclude with conservative and wild speculation about possible future applications of synthetic computational approaches to morphable and reconfigurable neuronal based architectures. Faculty Host: Garrett Stanley
Learn more about William L. Ditto]]>
At the core of understanding or synthesizing brain behaviors lie nonlinear and chaotic dynamics. An overview and survey of our recent results will be presented including new discoveries about the genesis and evolution of temporal lobe epilepsy and the development Synthetic Computation (engineering dynamical systems to perform computations) with applications in electronic, mechanical and biological systems. The talk will conclude with conservative and wild speculation about possible future applications of synthetic computational approaches to morphable and reconfigurable neuronal based architectures. Faculty Host: Garrett Stanley]]>BME at Georgia Tech