Evolution Parsing Al

Parsing

Parsing is a term used in many different branches of science and technology. It is used in linguistics to describe the way humans break down words into their individual parts, which is how we understand them. It is also used in computer science to describe how computers analyze code into its individual parts so it can be understood and executed.

Essentially, the way parsing works is that it takes input and builds a data structure (tree-like) of it. It then performs a procedure on this data structure, based on a set of rules, in order to decide whether the input is valid or not.

This algorithm is generally called backtracking, and it saves the state of the parser every time it makes a decision. This allows it to restart from a saved point when one of the decisions is not correct, which reduces the chances that the parser will get stuck. It is a common feature of most parsers. 에볼루션 파싱알

Evolutionary Algorithms

Unlike most meta-heuristic techniques that present and try to maintain a single solution, EAs utilize a population of solutions with unlimited possibilities in order to solve optimization problems. This is accomplished by using genetic operators like selection, crossover and mutation that are inspired by the theory of evolution.

EAs function like Darwinian natural selection, by testing a population of potential solutions for fitness according to the measured performance of the objective function. The strongest solutions reproduce while the weakest are eliminated.

During the process of generating new solutions, EAs also use a crossover operator that randomly combines elements (decision variable values) from existing solutions in order to generate the offspring. Similar to the blending of DNA strands during sexual reproduction, this allows for the creation of new solutions with some characteristics from each parent.