IEEE FCCM ‘93 Paper

My paper titled “High Performance Analysis and Control of Complex Systems Using Dynamically Reconfigurable Silicon and Optical Fiber Memory,” presented at the first IEEE FCCM ’93, explores my initial self-organizing computer implementation for analyzing and controlling complex systems. The system is highly parallel and asynchronous, utilizing dynamically reconfigurable silicon and optical fiber memory. It emphasizes non-sequential and asynchronous computations to model the structural dynamics of complex systems more efficiently than traditional numerical methods. The paper also discusses the use of a Broadcast Automata for programming, a unique approach to asynchronous computation and control. The research focuses on high-performance analysis of dynamic complex systems, potentially revolutionizing computational methods in fields like molecular biology and economics.