implicit parallelism การใช้

• Implicit parallelism generally facilitates the design of parallel programs and therefore results in a substantial improvement of programmer productivity.
• LabVIEW makes multi-core programming much simpler than many other languages, due to its implicit parallelism and automatic thread management.
• If implicit parallelism is desired, this creates a new requirement for constructs and keywords to support code that cannot be threaded or distributed.
• The makers of the Oz programming language also note that their early experiments with implicit parallelism showed that implicit parallelism made debugging difficult and object models unnecessarily awkward.
• The makers of the Oz programming language also note that their early experiments with implicit parallelism showed that implicit parallelism made debugging difficult and object models unnecessarily awkward.
• In some instances, explicit parallelism may be avoided with the use of an optimizing compiler that automatically extracts the parallelism inherent to computations ( see implicit parallelism ).
• Languages with implicit parallelism reduce the control that the programmer has over the parallel execution of the program, resulting sometimes in less-than-optimal parallel efficiency.
• BMDFM combines the advantages of known architectural principles into a single hybrid architecture that is able to exploit implicit parallelism of the applications having negligible dynamic scheduling overhead and no bottlenecks.
• By using implicit parallelism, languages effectively have to provide such useful constructs to users simply to support required functionality ( a language without a decent for ( ) loop, for example, is one few programmers will use ).
• If a particular problem involves performing the same operation on a group of numbers ( such as taking the sine or logarithm of each in turn ), a language that provides implicit parallelism might allow the programmer to write the instruction thus: