Description: The term ‘weakly coupled’ refers to a system in which the interactions between its components are minimal, allowing each to operate relatively independently. In the context of computing, this concept is crucial, as systems often require their components to interact in a controlled and limited manner to avoid interference that can degrade system performance or integrity. A weakly coupled system allows components to maintain their functionality for longer periods, which is essential for performing complex tasks effectively. The main characteristics of a weakly coupled system include flexibility in modifying components without significantly affecting the system as a whole, as well as the ability to scale and adapt to new technologies or methods. This approach is particularly relevant in the research and development of algorithms, where controlled interaction between components can be key to solving various problems more efficiently. In summary, the concept of weakly coupled systems is fundamental for designing architectures that aim to maximize efficiency and stability in computational processes.
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