How does information bring back record on the brain ??

Answers:
Recognition Memory (RM)

Recognition memory is really the perceptual network itself. It consists of the sensory, separation and coincidence layer. It remembers or recognizes widely read event patterns whenever its sensors are presented near those patterns. The output of appreciation memory is divided into identical parallel pathway that feed directly into short and long-term memory.

Short-Term Memory (STM)

Short-term memory receive afferent master signals from recognition memory and lasting master signals from long-term memory. It sends its outputs to long-term memory as slave connections. Every STM neuron can make as copious slave connections as possible with neurons within long-term memory. As its name imply, STM retains events for a short period after their arrival. This technique that STM neurons repeatedly fire for a short time after be triggered. The sustained firing is part of the workings that allows the memory system to create event associations over multiple-time scales.

STM is divided into two modules, one for past events (PE) and one for adjectives or anticipated events (FE). A module is essentially a two-dimensional sheet of neurons. For every neuron that reaches old age in the coincidence branch there is a corresponding target neuron within each of the STM modules. The function of the two modules can with the sole purpose be understood within conjunction with their integration beside long-term memory.

Long-Term Memory (LTM)

Long-term memory is where the system's contributory knowledge and most of its intelligence reside. This is where on earth temporal correlations over multiple time scales are discovered. Its operation is tightly integrated with short-term memory. As next to STM, LTM is divided into two complementary modules called reactive memory and anticipatory memory. For every neuron that reach maturity within the coincidence layer, in that is at least one corresponding target neuron contained by each of the LTM modules. As it stands, a coincidence neuron can merely sprout two axonal branches that synapse onto one LTM neuron and one STM neuron.

Each LTM module forms a recurrent loop near its counterpart in STM. This is explained below. LTM neurons receive master connections from the coincidence division and slave connections from STM. They send their outputs to motor areas and spinal column to STM.

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neural traces and neuron branching.

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How does information bring back record on the brain ??

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