- M/M/1: A system with exponential (Markovian) arrival and service times, and a single server.
- M/M/c: Similar to M/M/1, but with c servers.
- M/G/1: A system with exponential arrivals and general (non-exponential) service times, and a single server.
- G/G/1: A more general queueing model where both the arrival and service processes are arbitrary.
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This is an application to Queueing theory, Which includes a mathematical models used to represent the process of waiting in line, often employed to analyze the performance of systems where entities (such as customers, tasks, or data packets) wait for service.
mohamedmossad07/q-system
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This is an application to Queueing theory, Which includes a mathematical models used to represent the process of waiting in line, often employed to analyze the performance of systems where entities (such as customers, tasks, or data packets) wait for service.
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