Hierarchical Finite State Machines for Compressed State Transfer

The patent divides the hierarchical parallel machine into multiple levels (first level, second level, third level) with each level containing finite state machine engines that process specific portions of state information. This segmentation allows each engine to handle a manageable subset of states while collectively maintaining high pattern recognition accuracy across the entire system.

The patent extracts and processes only the necessary state information at each hierarchical level rather than passing all state information between all engines. The first level engines process initial state information, the second level processes intermediate states, and the third level processes final states, extracting only relevant information at each stage to reduce overall data processing time.

The patent segments the state processing function across three hierarchical levels, with each level containing specialized finite state machine engines. This segmentation maintains processing accuracy by ensuring each level handles specific state transitions appropriately, while reducing system complexity by organizing the information flow in a structured hierarchical manner rather than requiring all engines to process all state information.

The patent introduces a hierarchical dimension to the state processing architecture, organizing finite state machine engines into multiple levels (first level, second level, third level) rather than a flat structure. This dimensional organization allows the system to maintain high processing accuracy through specialized processing at each level while managing complexity through the hierarchical framework.