Computational Theory Questions
In computational theory, completeness refers to the property of a computational problem or a computational model being able to solve or represent all instances or functions within a certain class. A computational problem is considered complete if it can solve any problem within its class, while a computational model is considered complete if it can simulate any other computational model within its class. Completeness is an important concept as it helps determine the power and limitations of computational systems and provides insights into the complexity of solving different problems.