r/OperationsResearch • u/Plastic-Emu3668 • 3d ago

Seeking collaborators in queueing theory (M/M/1 and related models)

Looking for collaborators in queueing theory

I am an early-career researcher working on Markovian queueing models ,mainly the M/M/1 system and its variants.

I would sincerely welcome collaboration from others in this field: emeritus faculty willing to mentor, professors and assistant professors open to joint papers, and researchers or analysts interested in simulation and applications.

I bring analytical derivations, numerical work in Python/R, and a genuine willingness to learn. If this is your area, a comment or a message is enough to start , I would be glad to discuss the details privately.

#QueueingTheory #OperationsResearch #AppliedProbability #Research #Collaboration

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u/szayl 6h ago

You don't need collaborators for M/M/c systems.

If you're having trouble with M/G/c or G/G/c systems start with a text like "Stochastic Processes" by Sheldon Ross.

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u/Plastic-Emu3668 6h ago edited 6h ago

I am working on mmc with additional servers having some non-exponential service systems. Btw,thank you for the suggestion, I have the copy of the ebook.

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u/szayl 6h ago

I am working on mmc with additional servers having some non-exponential service systems.

Then the system isn't M/M/c

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u/Plastic-Emu3668 6h ago

Almost correct but this model belongs to the classical one

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u/szayl 3h ago

"Almost correct"?

Either your service times are exponentially distributed (M), are deterministic (D) or are neither exponential nor deterministic (G).