Systems and methods for implementing an intelligence processing computing architecture

A method comprising:

• implementing an automated data flow control component within an integrated circuit, the automated data flow control component comprising:
• a token-count data structure for tracking one or more tokens within the integrated circuit, and
• a program control data structure for monitoring execution conditions of one or more programs based one or more counts of the one or more tokens;
• automatically propagating data along a plurality of components of the integrated circuit based on a state of the token-count data structure and the program control data structure;
• generating one or more tokens in response to changes in a utilization of an accelerator circuit of the integrated circuit;
• and
• updating one or more entries of the token-count data structure based on the one or more tokens,
• wherein if one or more token conditions of the token-count data structure are satisfied based on the updating the one or more entries of the token-count data structure, automatically executing one or more updates to one or more entries of the program control data structure.

A method comprising:

• implementing a data flow control component within an integrated circuit, the data flow control component comprising:
• a signal-count data structure for tracking one or more data flow signals within the integrated circuit, and
• a program control data structure for monitoring execution conditions of one or more programs based one or more counts of the one or more data flow signals;
• automatically propagating data along a plurality of components of the integrated circuit based on a state of the signal-count data structure and the program control data structure, wherein the signal-count data structure:
• is indexed according to a plurality of distinct data flow signal identifiers associated with a plurality of distinct data flow signals that can be produced by one or more components of the integrated circuit;
• includes an entry for each of the plurality of distinct data flow signal identifiers that stores a count of a number of each of the plurality of distinct data flow signals that is presented to the data flow signal interface;
• and
• each entry stores software-programmable configuration bits that set a respective counter trigger condition.