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Theoretical AGI memory system as a mesh network. (sort of - we're still in flux)

It's a twist on the HTM CLA. It's sort of an ant swarm intelligence concept. The hope is that it's more scalable and simpler. It's really just a fun thought exercise for now.

The basic idea:

  • You have a network of cells
  • Each cell listens for activations from remote cells
  • If that same active cell was predicted to be active by a different cell, then it sends a prediction feedback message and that prediction becomes stronger
  • Right now, the activations and predictions are time-expiring (for better or worse - this is still in flux)

The hope:

  • Anomaly detection
  • Scalable learning (small local tables leading to a distributed memory mesh, no need for billions of synapses (read: pointers))
  • Online learning

What isn't yet:

  • There's no conversion from actual outside data to SDR which is presumed to be fed into the mmesh as input activations