| | This SIG has the mission of exploring the implications of various
computational models in the design of efficient and reliable information
processing systems in future nanometer process technologies.
Future process technologies will offer computing capabilities vastly
superior to what is available today, but at the expense of increasingly
greater statistical behavior in terms of their parameters. The key
question is whether existing deterministic computational paradigms can be
made to work in these processes, or if new models of computation, most
likely including statistical aspects, would be more appropiate. In
addition, the models of computation will have to offer the mathematical
tools to realize the potential of the technology, and to analyze the
implementation trade-offs involving uncertainty and massive parallelism.
The Computational Models SIG is transverse to all four themes as it
attempts to provide mathematical foundations to the GSRC research team.
As such, it is closely related to the activities of the
Core Theme
and of the
Alternatives Theme,
where statistical computational models are
presently being investigated (whence the choice of the leaders of the
SIG). This SIG will provide a platform to exchange ideas between
researchers working in both statistical and deterministic computational
models. Collaborations with computational theorists in
FENA
will be explored as well.
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