Good, you know the terminology, but, almost all of the text above are nonsense meanings do you realize that? You even say there's visual input and visual data too, no there isn't. All is explained by the following short text:
1) Visual input hits the Primary Visual Cortex first. It must be trained from birth else blindness results. It saves images near images that look similar, including color, and brightness (which includes shapes) Columns, as seen when studied under microscope. This gives any new visual input a great boost for searching speed.
2) Visual input then hits the Association Visual Cortex. Again, association connections are made by Assorting images near similar images. This whole unit allows any new visual input to search directly to the match, save (if different), and fully/partially select the match, unless self ignites by charge build up (speed depends on its strength).
3) When visual input, all other sensory inputs, and generated motor actions are saved in the Association Cortices, a far synapse connection is made from each sense and action to the two sense and action tabs in the Higher Order Association Cortex's sequential sets experienced, along with the emotional rank sum and +/- label from all the sensory input that passed the Attention Resistor Cortex and hit the Rewards Cortex. Motor actions are randomly generated first and connected to the first set's first tab, then it observes how well they do by the set's second tab and its reward, so that it first Learns, then can Reason on the next time input enters.
Saving in a set after a previous set allows far synapse connections to be made and be essentially linked to the previous set's far synapse connections to the experienced senses and actions including rank sum and +/- label (depending on rank sum integer).
Senses and their linked actions themselves, including the close and far synapse connections, can be strengthened, which will therefore charge faster and weaken slower.
Selection of a sense by match and/or self-ignition will cause a copy to be created and travel back into the Primary Cortex as Internal Input, AND cause its far synapse connection to spike to the Higher Order Association Cortex and spike the brother tab to spike the far synapse connections to the actions it had did.
This causes the selected actions to travel back to the Generator Cortex and will either generate random totally random actions OR tweak the selection depending on the brother tab being positive labeled and its rank. Then the actions are sent to motors and saved in the Association Motor Cortices after passing the Primary Motor Cortices, unless the generator is the Primary since motor actions are simple numbers to search and save quickly (remember, each motor's action is saved in the corresponding Association Motor Cortex - no searching them all!, also doubles may be made beside the match).
4) The Cerebellum is said to be solved when the above Cortices are solved. It stored selected sets of selected actions and senses, and makes sure to do them on external cue and output the actions to the Motor Cortices.
