Explanation LOOP-INVARIANT CODE MOTION: Loop-invariant code motion is a compiler optimization technique which performs loop-invariant code movement automatically to improve execution speed. Loop-invariant code in an imperative programming language consists of statements which could be moved to before the loop (if the loop always terminates), or after the loop, without affecting the semantics of the program. As a result, it is executed less often.
Other definitions in programming such as Loop-Invariant Code Motion in Dictionary L.
- Manual Lazy Evaluation:
- Help a computation optimization technique that attempts to delay computation of expressions until the results of the computation are known to be needed. It has two related, yet different, meanings that loop-invariant code motion definition.
- Manual LURCH:
- Help design debugging tool that uses a nondeterministic algorithm to quickly explore the reachable states of a software model. By performing a partial and random search, LURCH looks for faults in the loop-invariant code motion explain.
- Manual Loop Interchange:
- Help compiler optimization technique, is the process of exchanging the order of two iteration variables. One major purpose of loop interchange is to improve the cache performance for accessing array loop-invariant code motion what is.
- Manual Libre Software:
- Help refers to the kind of software that you may distribute with legal "freedom", which may or may not cost anything to get it. The European Commission coined the term in 2000 to avoid the loop-invariant code motion meaning.
- Manual Loop Fusion:
- Help Loop fusion is a technique for compiler optimization and loop transformation, which replaces multiple loops with a single one. It is the reverse action to loop fission loop-invariant code motion abbreviation.