👉 Strictly computing is a computational paradigm that focuses exclusively on the use of discrete, finite-state machines (FSMs) for processing information. Unlike traditional computing models that often rely on continuous representations like real numbers or vectors, strictly computing operates with binary values and deterministic transitions between states based on input symbols. This approach ensures that computations are inherently deterministic and can be precisely simulated by hardware, making it particularly appealing for applications requiring high reliability, such as embedded systems and safety-critical software. Strictly computing emphasizes the use of finite automata, where each state has a finite number of transitions for each possible input symbol, and computations are performed through the sequential evaluation of these transitions. This paradigm's focus on discrete, deterministic processes provides a robust framework for designing and verifying complex systems where predictability and fault tolerance are paramount.
