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This paper analyses the multiplexing gain (MG) achievable over Wyner'ssymmetric network with random user activity and random arrival of mixed-delaytraffic. The mixed-delay traffic is composed of delay-tolerant traffic anddelay-sensitive traffic where only the former can benefit from transmitter andreceiver cooperation since the latter is subject to stringent decoding delays.The total number of cooperation rounds at transmitter and receiver sides islimited to $\D$ rounds. We derive inner and outer bounds on the MG region. Inthe limit as $\D\to \infty$, the bounds coincide and the results show thattransmitting delay-sensitive messages does not cause any penalty on the sum MG.For finite $\D$ our bounds are still close and prove that the penalty caused bydelay-sensitive transmissions is small.

Cooperative Encoding and Decoding of Mixed Delay Traffic under Random-User Activity