👉 Terry computing is a theoretical framework that extends the concept of distributed computing by emphasizing the role of computation itself as a fundamental resource. Introduced by David Terry, it views computation as a primary, independent entity that can be executed across various physical locations, including individual processors, memory units, and even specialized hardware. This approach shifts the focus from merely distributing data and tasks to optimizing and managing computational resources, including their execution, synchronization, and resource allocation. Terry computing highlights the importance of designing systems that can efficiently harness the collective computational power of heterogeneous resources, thereby enhancing performance and scalability. It also considers the challenges of ensuring consistency, reliability, and efficiency in distributed environments where computation is not just a byproduct but a core component of the system's functionality.
