Using the genetic algorithm and fuzzy logic, this study presents a nonlinear approach to the evaluation of biofunctional intelligence. According to the biofunctional model, intelligence may be viewed as a multisource phenomenon resulting in part from the interaction of learning processes and sources of self-regulation. Learning processes are regulated by three sources of control , producing three subprocesses for each learning process. This paper examines the role of five such subprocesses as contributors to intelligence. Fuzzy logic captures the fuzzy nature (...) of human intelligence with GA providing a method for determining and optimizing the contribution of these learning subprocesses. (shrink)

The relation between free will and necessity is one of the most important issues regarding the problem of “free will”. This is because of the rule which indicates that “being not necessary, an event would not be came off”. There has been an ongoing debate among theologians, philosophers and Jurists on whether this rule includes free actions. Sadrain Philosophers believe that this rule is inclusive of human free actions, while followers of the Na’eeni school endorse the opposite. In this article, (...) after reviewing the views of philosophers and jurists on the stages of a free action, I shall explore the question whether human actions, stages of which are understood deterministic, could be regarded as free, and so, whether Na’eenian criticisms against philosophers are justified. Besides, I shall put forth some innovative ideas of Allameh Ja’fari concerning the issue, whose view, while revises some philosophers’, is not compatible with that of Na’eeni. (shrink)