The process of learning and memory may be divided into several sequential steps, including acquisition, consolidation, storage, and retrieval [1], [2].
This pattern of results suggests that processing modes divide between memory systems, while consciousness divides between levels of function within a memory system.
Hence, processing modes appear to divide between memory systems, while consciousness might divide between levels of function within a memory system.
Δ Logical Memory was calculated by dividing Logical Memory II (delay) by Logical Memory I (immediate).
We tested whether processing modes, not consciousness, divide between memory systems in three neuroimaging experiments with 11 amnesic patients (mean age = 45.55 years, standard deviation = 8.74, range = 23 60) and 11 matched healthy control subjects.
We performed three neuroimaging experiments in amnesic patients and controls to find out whether processing modes rather than consciousness would divide between memory systems, namely hippocampal versus neocortical processing.
> -wrap-foot> Based on our notion (Henke, 2010) that processing modes divide between memory systems with flexible relational encoding depending on the hippocampus, we hypothesized that damage in the hippocampal-anterior thalamic axis would impede unconscious flexible relational but not rigid non-relational encoding and retrieval.
Leave it on the default setting unless you know how best to divide your memory between programs.
The rate of memory retention, computed by dividing Logical Memory delayed recall by immediate recall, showed a significant interaction (p < .05) in analysis of covariance.
Our approach divides memory streams into multiple independent sub-streams with the help of a prediction mechanism before they enter the reservation stations.
