Tuan T. and Park K., Congestion Control for Self-Similar Network Traffic, preprint, Purdue University, 1998. Home/Search Document Details and Download
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Traffic Self-Similarity - Popescu (1 citation) (Correct)
....are applicable in practice. At the time being, there is mounting evidence that LRD is of fundamental importance for a number of teletraffic engineering problems, such as traffic measurements [40] queueing behaviour and buffer sizing [12, 13, 28] admission control [10] and congestion control [36]. Unlike traditional packet traffic models, which give rise to exponential tail behavior in queue size distributions and typically result in overly optimistic performance predictions and inadequate resource allocations, fractal traffic models predict hyperbolic or Weibull (stretched exponential) ....
Tuan T. and Park K., Congestion Control for Self-Similar Network Traffic, preprint, Purdue University, 1998.
AFEC: An Adaptive Forward Error-Correction Protocol for.. - Park, Wang (1997) (8 citations) Self-citation (Park) (Correct)
....voice) is an obvious candidate for heterogenous wide area network environments [8] and two, in the extension of AFEC to incorporate predictive mechanisms to exploit the correlation structure present in self similar traffic. The latter is part of a more general problem which is investigated in [51]. ....
K. Park and T. Tuan. Congestion control for self-similar network traffic. In preparation, 1998.
On the Effect of Traffic Self-Similarity on Network Performance - Park (1997) (32 citations) Self-citation (Park) (Correct)
....significant buffer overflow and queue length saturation without added long range correlation structure. The effect of self similar burstiness on the performance of resource bounded networks incorporating the influence of protocol stack interactions has only recently begun to receive attention [14, 26, 27, 31, 29]. This question is practically relevant because, although self similar bursti 1 We will use scale invariant burstiness, self similar burstiness, and self similarity interchangeably. ness is expected to adversely affect network performance, knowledge of the degree of performance degradation ....
....and self similarity interchangeably. ness is expected to adversely affect network performance, knowledge of the degree of performance degradation allows us to assess its relative importance as a performance problem and possibly control its consequences. The latter aspect is studied in [29]. In this paper we investigate the effects of self similar traffic on network performance when the functionality of the protocol stack and the interaction of traffic sources sharing bounded network resources is explicitly incorporated. We employ application , transport and network layer ....
K. Park and T. Tuan. Congestion control for self-similar network traffic. In preparation, 1998.
AFEC: An Adaptive Forward Error-Correction Protocol for.. - Park, Wang (1997) (8 citations) Self-citation (Park) (Correct)
....family. Acknowledgments We would like to thank the referees for helpful comments. A number of performance results including those pertaining to self similar burstiness and implementation of a real time MPEG transport system have been omitted due to space constraints. We refer the reader to [24, 30] for related works. ....
T. Tuan and K. Park. Congestion control for selfsimilar network traffic. Technical Report CSD-TR-98014, Department of Computer Sciences, Purdue University, 1998.
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