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Graphs of Long-Term Memory as a function of time in the following cases: (a) low rehearsal ! 0.35 and repetition 0.50 (red) (b) high rehearsal ! 0.65 and repetition 0.60 (blue) (c) very rehearsal ! 0.95 and repetition 0.70 (black) using bottom-up processing model. Initial values: 0 0, 0 0 Q@R 0 0 .Other parameters remain fixed.

Graphs of Long-Term Memory as a function of time in the following cases: (a) low rehearsal ! 0.35 and repetition 0.50 (red) (b) high rehearsal ! 0.65 and repetition 0.60 (blue) (c) very rehearsal ! 0.95 and repetition 0.70 (black) using bottom-up processing model. Initial values: 0 0, 0 0 Q@R 0 0 .Other parameters remain fixed.

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Figure 4. Graphs of Long-Term Memory as a function of time in the...
Figure 5. Graphs of Long-Term Memory () as a function of time in the...
Figure 6. Graphs of Long-Term Memory as a function of time in the...
Figure 7. Graphs of Long-Term Memory () as a function of time in the...
+1 Figure 8. Graphs of Long-Term Memory as a function of time in the...
A Mathematical Model to Study the Human Brain Information Processing Dynamics
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  • Jan 2015
This research work studies the human brain information processing dynamics by transforming the stage model formulated by Atkinson and Shiffrin into two deterministic mathematical models. This makes it more amenable to mathematical analysis. The two models are bottom-up processing mathematical model and top-down processing mathematical model. The bo...
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... this experiment, we determined the effect of rehearsal combine with repetition in direct variation for an inexperienced individual, the graph with black colour (very high rehearsal and repetition) in Figure 6 illustrated that, very high rehearsal and repetition are very useful. ...