👉 Discrete computing refers to the use of digital technology to process information in distinct, separate units rather than continuous ones. In contrast to analog computing, which deals with continuous signals, discrete computing operates on binary values—0s and 1s—representing data as distinct, countable entities. This approach leverages logic gates and binary arithmetic to perform computations, making it the foundation of modern digital computers. Each digit (bit) in a binary system represents an independent state, and complex operations are achieved through the combination of these bits using logical operations like AND, OR, and NOT. This method allows for precise, error-resistant processing, enabling the execution of intricate algorithms and calculations that form the backbone of computing technology.
