👉 Dale computing, proposed by John H. Dale in 1988, is a conceptual model of computation that emphasizes the importance of parallelism and distributed processing over sequential execution. Unlike traditional computing, which follows a linear, step-by-step approach, Dale computing envisions a system where multiple processes operate simultaneously and interact with each other in a highly interconnected manner. This model is particularly relevant to modern computing paradigms like massively parallel processing (MPP) and distributed systems, where the goal is to maximize efficiency and throughput by leveraging the collective power of numerous processors working in parallel. Dale computing highlights the need for software and hardware architectures that can effectively manage and coordinate these parallel tasks, enabling systems to solve complex problems more efficiently than sequential architectures.
