Category:Computer science: Difference between revisions

The mathematical, algorithmic and scientific elements of computing are included here, such as algorithm analysis, programming and graph theory.

Subcategories

• Algorithm analysis - the analysis of the method and the amount of resources required to execute an algorithm
• Automatic programming - the use of mechanisms to write aspects of computer programs so as to allow human programmers to focus on higher level abstractions
• Concurrency control - methods to ensure that concurrent operations produce correct results efficiently
• Formal languages - the set of words that makes up a logic language, sometimes called artificial languages
• Logic programming - the use of mathematical logic for computer programming
• Microprogramming - the writing of microcode, or hardware-level or circuit-level instructions involved in the implementation of higher-level instructions
• Object oriented methods - a subroutine that defines behaviors for a particular class in object oriented programming
• Object oriented programming - or OOP, using "objects," such as data structures or methods, to design applications and computer programs
• Parallel processing - the ability of computers to carry out multiple tasks simultaneously
• Performance analysis - the profiling of the performance characteristics of a computing system
• Programming - or coding, the process of writing, designing, and maintaining the source codes of computers
• Programming profession - individuals concerned with writing computer programs
• Robot programming - writing computer programs to facilitate the functioning of robots