Summary

International Symposium on Nonlinear Theory and its Applications

2008

Session Number:A2L-C

Session:

Number:A2L-C1

An overview on emerging spatial wave logic for spatial-temporal events via Cellular Wave Computers on Flows and Patterns

Tamas Roska,  

pp.-

Publication Date:2008/9/7

Online ISSN:2188-5079

DOI:10.34385/proc.42.A2L-C1

PDF download (69.1KB)

Summary:
After a brief summary of a century of formal logic culminating in the Godel theorem, the Turing Machine and the stored programmable digital computer of Von Neumann, the Universal Machine on Flows is defined rigorously. Based on this machine, the cellular wave computer and the elements of spatial-temporal wave logic is introduced. It is motivated by the emerging architectures in nanoscale technology: morphic architectures and patterns as data. It becomes clear that these architectures have essential additional constraints and advantages over the general parallel architectures. A framework is shown how to embed the nonlinear spatial-temporal dynamics as an elementary instruction and how to exploit the emerging many core chips for solving nonlinear problems efficiently.