Patent ID: 7707315
Filing Date: 2010-04-27
Classification: H04L

Abstract:
1. A system for propagating data among different communications networks comprising: a first communications network having an output module and a commutation engine and a plurality of communications transceivers that communicate with each other and communicate through the commutation engine and output module to other communications networks, wherein said commutation engine is operable for receiving data as different data types from said plurality of communications transceivers within said first communications network and sampling the data and commutating the data into a serial data stream based on a first commutation format and in priority based on different message types as registered by each communications transceiver; a router that receives the data stream from the output module in the first communications network and routes the data to other communications networks using the first commutation format and prioritized based on the message types; at least a second communications network having an input module for receiving the serial data stream and a decommutation engine for receiving the data stream generated at the commutation engine of the first communications network from the router and decommutating the data and a database at the second communications network in which received data after decommutation is replicated based on the first commutation format and including a plurality of receivers with individual ones of said receivers subscribing to a selected message type; and a commutation database associated with the commutation and decommutation engine of the first and second communications networks and having commutation format definitions and commutation and decommutation tables operative with the commutation and decommutation engines for changing the commutation format to a second commutation format that prioritizes different data based on message types to be later commutated and replicated, wherein said commutation engine in said first communications network is operative for changing the commutation format and modifying and prioritizing a data set and data update frequency scheme based on message types as registered by each communications transceiver to fit within an allotted bandwidth through the router to the at least second communications network and transmitted to a selected receiver based on which message type a receiver has subscribed and the decommutation engine at the second communications network decommutates the data and stores the new data with prioritized different data in the database at the second communications network based on the second commutations format.