What is logical programming?

logical programming is a type of computer programming in which the programmer must provide computer instructions on how to decide using mathematical logic, such as the use of mathematical algorithm. Computer programs are made up of a code that tells the computer what to do. In the end, however, the computer encounters an instance where it has to decide how to proceed, and without any information about how to do this, could not complete its current function. Logical programming deals with these types of decisions and gives instructions to the computer to make a "logical" decision on how best to respond to a particular situation. For logical programming to work, a programmer must ensure that its statements make sense and are true, so they are logical, and a computer program known as elaboration of a sentence for decision -making on the basis of a statement that encounters in the programmer code.

A-Přever-Proker refers to a computer program that has been designed to deal with mathematical claims known as sentences.The sentences are a statement that shows that they are true on the basis of previous statements. In logical programming, elaborating a sentence with commands created by a computer programmer to reach conclusions. For example, if the code states that A is equal to B and B, it is equal to C, elaborating the sentence will make a logical conclusion that and must be equal to C. This process is different from the programmer simply telling the computer in the code that and equal C because the computer program must draw this conclusion using the sentence and program original code.

Theoretically, for logical programming, the programmer must only ensure that its statement is correct and the creator of elaboration of the sentence should ensure that the program can read the statement and make as much EFNA as possible on them. The ability to make effective decisions is referred to as a computer that works "logically". In fact, two areas of work overlap and those who do logical programming often have to change and manipulatewith the code based on how the sentences work-served to achieve the desired results. Simply putting the exact statements on how to make a certain decision may not be enough for the computer to perform the correct function, and the programmer will have to test its code and make adjustments accordingly.

For logical programming to work, it also relies on return thinking. In reward justification, the program comes to the conclusions by looking at the set of data and working from general known statements to reach more advanced conclusions. The program may know that two information is true, and it will conclude that since the two information is true, this means that the third information is also true. This cotento process ntinates until it reaches the logical conclusion on the basis of the information provided. As it works, logical programming is built on the declarative language of the representation, which means the program tells the computer what it should do but leave it nand the sentences-for-to-procrace to determine the most logical or most effective way of performing the required procedure.