Constrained Synchronous Parallelism, the Longevity of Asymmetrically Collaborative Systems
K. Ravi Kumar Reddy · 2019
Remote missions or life critical applications expected to be deployed parallel to perform the multiplicity of tasks as interleaved, yet independent with functional boundary of each, but the functional tasks are comprehensively covered for parallel execution among systems and lateral sub-systems. The process indirect synchronization ensures and comprehends the determined objectives for a mission task. The succeeded task has four different varieties of execution alternatives; a) precisely successful execution, b) successful with optional failure case on more than one threads c) recover high availability within each failed process thread to successful execution and d) interrupted due to failure of more than one threads. Thread is a simple construct, though not the true sense as called in current operating systems, to represent instances of multiple parallel sub-tasks or sessions among a single mission task. 'Constrained Synchronous Parallelism' (CSP)1is when all or many systems involved in parallelism necessitated mission execution, where sub-tasks are highly asymmetric in their respective functional behavior as well as highly independent in execution management. Composition of the mission task is calibrated out of differentiated and parameterized relationships between multiple of parallel/ individual tasks from work process known behaviors or advancement to next level of being autonomous.