Recursive decomposition

Recursive decomposition (Palmer & Kimchi, 1986) refers to the process whereby any complex informational event at one level of description can be specified more fully at a lower level of description by decomposing the event into: a number of components and processes that specifiy the relations among these components

The information processing model of memory provides a good example of recursive decomposition.

Model of Memory

The research strategy, functional analysis, relies on the principle of recursive decomposition.

Recursive decomposition should not be equated with reductionism, which is based on the assumption that the best of correct level of description is the most specific one (e.g., at the level of physics).

See Also:

Functional Analysis |

References

Palmer, s. & Kimchi, R. (1986). The information approach to cognition. In T. Knapp, & L. Robertson (Eds.), Approaches to cognition. Hillsdale NJ: Erlbaum.

Medin, D.L., & Ross, B.H. (1992). Cognitive psychology. Fort Worth: Harcourt Bruce Jonavich College Publishers

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