👉 Consecutive computing refers to the sequential processing of data in a series of steps, where each step builds upon the previous one, typically in a linear fashion. This method contrasts with parallel computing, which involves multiple processors working simultaneously on different parts of a problem. In consecutive computing, data flows through a series of stages or devices, such as sensors, microcontrollers, memory, and output devices, each performing specific tasks to transform raw data into useful information. For instance, in a typical embedded system, sensor data is first collected by a sensor, then processed by a microcontroller that performs initial computations like filtering and data conversion, followed by further processing in memory for storage or analysis, and finally, the results are displayed or used to trigger actions. This sequential approach ensures a systematic and controlled flow of information, making it particularly suitable for applications requiring precise timing and reliability, like industrial automation or medical devices.
