An Effective Instruction Execution and Processing Model in Multiuser Machine Environment

The quest for distributed computing and processing has further expanded multiple instruction sets for multiple users’ architecture of processing elements and machines. In the past, the difficulty of distributed computing architecture of machines arose from complex nature of tasks consisting of branched and straight constructs. Again, majority of conditional (or branched) instructions rely on outputs of several other executions and processes in order to attain complete computational tasks. The underlying structures of existing compilers/processors ensure that every branched instruction construct is first transformed into straight instruction sets for ease of executions and processing. However, this structure is unsupportive of parallel processes and computations. More so, there is limited advantage for a distributed and multiuser environment. Instruction-level parallelism is advanced for distributed, time efficient, and multiuser machine designs because of its multiple issues, execution speedups, enhanced memory usages, and optimization of compiler/processing elements. This paper presents an effective instruction execution and processing approach in machines for multiuser environments.