: Traits from two parent solutions are combined to create new offspring, exploring new areas of the "search space".

: Each individual solution is assigned a score by a fitness function , which determines how close it is to the ideal solution.

Whether you are looking at the specific course content or the general field, here are the key components and applications you should know: Core Concepts of Genetic Algorithms (GA)

: The fittest individuals are prioritized for "reproduction" to pass their traits to the next generation.

: Small, random changes are introduced into the offspring to maintain diversity and prevent the algorithm from getting stuck in local optima.

Genetic algorithms are a powerful subset of evolutionary computing that mimic Charles Darwin's theory of natural selection to find high-quality solutions for complex optimization and search problems.

: The process begins with a randomly generated set of potential solutions.