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Programs that have many direct interrelationships between any two random parts of the program code are less '''modular''' than programs where those relationships occur mainly at well-defined [[interface]]s between modules.
'''Modular programming''' techniques are those which increase modularity. (See also: [[structured programming]], [[procedural programming]], [[object-oriented programming]] and [[aspect-oriented programming]], [[distributed computing]].)
==Modularity in Cognitive Science==
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