Description: Pipelining is a technique used in computing to allow multiple processes to execute in overlapping phases. This strategy is based on dividing a task into several stages, where each stage can be processed concurrently. Instead of waiting for one process to completely finish before starting the next, pipelining allows different parts of a process to run simultaneously, improving efficiency and overall system performance. This technique is fundamental in computer architecture, where it is implemented to optimize instruction execution. By allowing multiple instructions to be processed at different stages of the execution cycle, the total time required to complete a set of instructions is reduced. Pipelining is also applied in other contexts, such as data processing and query optimization in databases, where the goal is to maximize resource usage and minimize wait times. In summary, pipelining is a key technique that enables more efficient and faster execution of processes in computing systems.
