Next generation network 3 to 6 dimensional cluster communication architecture
A.A. Cohen · 2003
.ABSTRACT This paper deals with the communication and architectural issues of‘ current systems. At present, switching speeds are two slow when switching tasks between clusters of ‘n’ processing nodes positioned in a volume of space, on a geographical map containing one or more communication buses. The research goal was to improve the switching speed, hence enhancing the performance of Storage and Retrieval Communicating System that contains clusters of ’n’ processing nodes. To improve the performance of a communicating system means reducing access time for searching, storing and retrieving knowledge of known data patterns. Unique algorithms and unique bus architectures were created for storage retrieval and communication between processing nodes. Each processing node is positioned on a geographical map bus containing complex ‘Network layers’, comprising of multiple communicating bus connecting mini, maxi, intelligent processing nodes. The said ‘Network layers’ are the next generation network for the Brain-like massively parallel distributed or tightly coupled computing systems. A Simulation that demonstrates the operation of the novel architecture and comparison of a novel Global Positioning System (GPS) architecture versus current ones is given.