Method of parallel packet switching

Abstract

Present invention relates to telecommunication switching systems and methods of packet switching and can be usable at development new high-speed telecommunication devices and equipment as switching structure. Iterative network structure, according to invention, is described using associative switching theory. Network nodes are disposed in associative arithmetical space. Inter-nodal relations are preset by binary relations of associative theory and have properties of reflexivity, symmetry and transitivity. Each node is represented by single radius neighborhood. Inter-nodal one-to-one connectivity of inputs and outputs of couple of transmitting and receiving nodes is defined by system of substitutions. Parallel routing algorithm is realized as permutation operation on a set of substitutions in-group of single radius neighborhoods. The information-processing rate is sped up due to concurrency of node processing operations up to multiplying by N22 in associative network with N nodes. The offered method is intended for increasing of switching speed and for reaching high and ultra-high rates of processing and distribution of information.

Dependencies are inferred from the claim text.