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@TECHREPORT{Schulzrinne90congestioncontrol,
    author = {Henning Schulzrinne and James F. Kurose and Don Towsley},
    title = {Congestion control for real-time traffic in high-speed networks},
    institution = {in Proceedings of the Conference on Computer Communications (IEEE Infocom},
    year = {1990}
}

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Abstract:

Traditional feedback congestion control is not suitable for high-speed networks due to their high bandwidth-to-delay ratio. In this paper, we investigate the possibility of locally controlling shortterm congestion for loss-tolerant, but delay-sensitive traffic such as packet voice through selective discarding of packets based on the virtual work found by a packet on arrival to a queue (local deadline). Five models, M=D=1=K, M=M=1=K, bounded system time, bounded waiting time and a discrete-time finite-buffer bulk-arrival system, are considered. For the last three, it is shown by analysis and simulation of a multi-stage virtual circuit that this approach can cut voice-tolerable loss rates in half for high loads. Further, we show that the simple case of using the same local deadline throughout the network performs nearly as well as taking reduced interior traffic into consideration and optimizing loss performance over a set of heterogeneous control parameters. By example, the issue of establishing control parameters at call setup time is also considered. Simulation results suggests that queue scheduling based on time remaining to deadline can reduce losses by up to two

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