Monday, September 30, 2013

A virtual machine of Thinking

Unfortunately, I have nothing innovative findings on human brain.
But I have some ideas on architecture of (yet another) Thinking.

Here are some thoughts on how Virtual Machines work.

Thinking maybe implemented countless echos of event-loops and kinetic-I/O for human(or yet another intelligent object) body.

Loops and kinetic-I/O connection are dynamic, stochastic and in some degree repeatable.

In this model, the sense of self consciousness is a series of Loop-rehearsal.

Loop subjective view :

 loop gets access to kinetic-I/O

Kinetic-system subjective view:

 some condition of kinetic-system and loop variance choose some (always roaring) loops.

The group of loops is activated (adopted to kinetic-I/O to control behaviour of body, and other loops to activate).

Loop is a series of operation to change kinetic-system and signal some other synapses and activate/de-activate other loops.

So, I'd like to design loop-VM.

To descrive how 'act', I used the model of interaction between kinetic-system and pool of loops. Which is inspired by human-body and cerebellum-nerve system (older part of human brain to control body dynamics).
But, at some point, loop-loop interaction can be emerged, I guess.

loop-loop interaction and self ignition mechanism is my next target.
But I have no clear idea for now.


  1. Kohonen's self-organizing MAP、SOM

  2. Eugene Izhikevich

  3. for Izhikevich's works

    Izhikevich EM (2003) Simple Model of Spiking Neurons. IEEE Transactions on Neural Networks, 14:1569-1572.

    Izhikevich EM (2004) Which Model to Use for Cortical Spiking Neurons? IEEE Transactions on Neural Networks, 15:1063-1070.