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A deterministic network is a type of network designed to provide predictable and guaranteed performance metrics, such as latency, bandwidth, and packet delivery. Unlike traditional networks, where performance can vary due to congestion and other factors, deterministic networks ensure that data packets are transmitted in a guaranteed time frame, making them ideal for applications requiring real-time communication, such as industrial automation and autonomous vehicles. This is often achieved through specialized protocols and infrastructure that prioritize critical data flows.

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When using the controlled access method, network devices take turns, in sequence, to access the medium.


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Deterministic and non-deterministic loops A deterministic loop is predictable. The number of iterations of such a loop are known in advance, even before the loop has started. Most counting loops are deterministic. Before they start, we can say how many times they will execute. A non-deterministic loop is not easily predicted. A loop that is driven by the response of a user is not deterministic, because we cannot predict the response of the user. Non-deterministic loops usually are controlled by a boolean and the number of iterations is not known in advance.


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