Model Initialisation

#1 Model (DNA)

Segment model, define and load-balance compute nodes/ cores.

Vector mesh - Define manifold, structures, cortices, lobes, layers, etc
Voxel mesh - Set transmitter levels, dissipation rates, etc
Neurons - Set location, type, receptive field, branch type, maturation, plasticity, etc
Synapse - Set gate types, transmitter type, etc
Tract paths - Set source/ target, densities, theta network, link required structures (emotion/ limbic), etc
Calibrate & set initial external sensor resolutions.

#2 Initialisation

Build the initial skeletal connectome framework.

Like the human template, the connectome model is initialised with many more synapse than required at this initial stage of maturation, this gives a complex skeletal template to kick start the learning process.

Populate the vector mesh with neurons.
Neocortex & deep brain structures/ layers populated.
Define initial axon/ dendrite trees between layers within structures.
Synaptogenesis, create many more gates than required per dendrite.
Create initial long range tracts/ paths connecting brain structures, nervous, muscle types/ groups, torque sensors, etc.
Prime voxel mesh & gates with transmitter types/ levels.

#3 Gestation stage 1 (1000 Epochs)

The sensory cortices/ maps are subjected to random noise within the frequency domains they will receive from the sensory modules, this allows the sensory cortices to learn and self organise prior to exposure to the senses. In humans this process happens in utero, the foetus can hear muffled sounds and see dim patterns of light through the womb walls.

Neurogenesis - Targets transmitter tagged locations.
Culling - Refine skeletal framework.
Cortical columns begin to form.
Self organisation is innate to the morphology.

#4 Gestation stage 2 (>5000 Epochs)

Apply semi-ordered (smoothed) noise to sensory cortices that simulates the womb environment (muffled sound/ light patterns/ etc).

Association cortices & mini maps (attention) start to form.
Non sensory cortices (frontal cortex/ inter map attention) start to form.
Semantic memory maps and their deep structure dependencies form.
Cortical/ mini columns solidify.
Continue culling, neurogenesis, synaptogenesis, maturation, plasticity, etc.

Volumetric expansion & sensor interpolation

#5 The Spark - Viability

At some stage (72% probable) during the gestation cycles the tract densities reach a critical threshold of complexity and the self sustaining Theta rhythm begins to cycle through the Thalamocortical networks… from this point onwards everything is synchronised by the base Theta… imagination, prediction & GTP inertia kick in.

Continue stage 2 until homeostasis is established.

#6 Time to smack it’s A*s

Start feeding real world data into the sensory envelope/ cortices. It’s a massive shock to system, sensory grounding begins, epoch until homeostasis restored.

#7 Begin accelerated learning & testing.

If any mental anomalies/ deficits then move to the R.I.P. drive… start again.

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