a series of definitions/declarations that define the problem domain.

The role of the computer becomes maintaining data and logical deduction.Ī logical program is divided into three sections: Various logical assertions about a situation are made, establishing all known facts. The Logical Paradigm takes a declarative approach to problem-solving.

Order is crucial, which doesn't always suit itself to problems.

Abstration is more limitted than with some paradigms.

Side effects also make debugging harder.

The semantics of a program can be complex to understand or prove, because of referential transparency does not hold(due to side effects).

because of such closeness, the imperative paradigm was the only one efficient enough for widespread use until recently.the imperative paradigm most closely resembles the actual machine itself, so the programmer is much closer to the machine.There are two reasons for such popularity: Popular programming languages are imperative more often than they are any other paradigm studies in this course. The order of the steps is crucial, because a given step will have different consequences depending on the current values of variables when the step is executed. Computations are performed through a guided sequence of steps, in which these variables are referred to or changed. The imperative programming paradigm assumes that the computer can maintain through environments of variables any changes in a computation process. Object-Oriented It can be shown that anything solvable using one of these paradigms can be solved using the others however, certain types of problems lend themselves more naturally to specific paradigms.There are several kinds of major programming paradigms:

Imperative programming language list