Decomposing tasks with pipeline

The pipeline technique is used to organize tasks that must be executed in a collaborative way to resolve a problem. Pipeline breaks large tasks into smaller independent tasks that run in a parallel manner. The pipeline model could be compared to an assembly line at a vehicle factory where the chassis is the raw material, the input. As the raw material goes through different stages of production, several workers perform different actions one after another until the end of the process so that we can have a car ready. This model is very similar to the sequential paradigm of development; tasks are executed on data one after another, and normally, a task gets an input, which is the result of the previous task. So what differentiates this model from the sequential technique? Each stage of the pipeline technique possesses its own workers that act in a parallel way on the problem.

An example in the context of computing could be one in which a system processes images...