has been held as an important part of WORLDCOMP:
Biological inspiration in the design of computing machines finds its source in essentially three biological models: phylogenesis, the history of the evolution of the species, ontogenesis, the development of an individual as directed by his genetic code, and epigenesis, the development of an individual through learning processes influenced both by their genetic code and by the environment. These three models share a common basis: a one-dimensional description of the organism, the genome. If one would like to implement some or all of these ideas in hardware can we use COTS or do we need specifically designed-for-purpose devices? This talk will consider some historical work on bio-inspired architectures before moving on to consider a new device designed and built specifically for bio-inspired work. It will consider some of the novel features present in this device, such as self-configuration and dynamic routing, which assist the implementation of ontogenetic capabilities such as development, self-repair and self-replication.
Andy Tyrrell received a 1st class honours degree in 1982 and a PhD in 1985, both in Electrical and Electronic Engineering. He joined the Electronics Department at York University in April 1990, he was promoted to the Chair of Digital Electronics in 1998. Between August 1987 and August 1988 he was visiting research fellow at Ecole Polytechnic Lausanne Switzerland. His main research interests are in the design of biologically-inspired architectures, artificial immune systems, evolvable hardware, and FPGA system design,. In particular, over the last 7 years his research group at York have concentrated on bio-inspired systems. This work has included the creation of embryonic processing array, intrinsic evolvable hardware systems and the immunotronics hardware architecture. He is Head of the Intelligent Systems research group at York. He has published over 250 papers in these areas. He is a Senior member of the IEEE, and a Fellow of the IET.