Self-evolvable logic fabric

摘要

Methods and systems for achieving self-organized growth of a logic pathway. A number of hardware modules that represents a core can be configured and communicated via a packet routing architecture. Each core includes a plurality of sub-modules that interact dynamically to a growth algorithm. A flow network can be created between a sensor input and a prediction of a desired sensor input and a link can be formed between a regularity within a core and another core via a link-flow-selection process. A digital data packet can be transmitted between the cores for communicating activation of the regularity and to exchange energy. Such physically-self organized circuit fabric system interacts dynamically to a growth algorithm that takes the input to produce a desired output and continuously self-repair and/or heal if damaged.

主权项

1. A method for the self-organized growth of at least one logic pathway, said method comprising:
communicating a plurality of cores via a packet routing architecture, wherein at least one core includes sub-modules that interact dynamically with one another; forming a link between a regularity within said at least one core and at least one other core via a link-flow-selection process; transmitting a digital data packet between said at least one core and said at least one other core to communicate an activation of said regularity and to exchange energy to thereby grow said at least one logic pathway in a self-organized manner; receiving at least one input packet via an input packet receive module; transmitting said at least one packet to a thermodynamic content addressable memory module; mapping a sender address to a dedicated input line on a pattern register; performing a bit-matching between said sender address and an internally stored bit pattern; and overwriting an existing entry such that a least-enemy-dissipating link is over-written first when a new input address is present.