Analysis of voice and low-priority data traffic by means of brisk periods and slack periods

Tham, Yiu Kwok; Hume, J. N. P.

doi:10.1016/0140-3664(83)90171-8

Cited by 7 publications

(1 citation statement)

References 18 publications

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“…For circuit holding times that are orders of magnitude larger than the typically packet delays (service times) in the system, the fluctuations of the circuit bandwidth β occur at a significantly longer (slower) time scale than the packet service time scale. That is, the bandwidth β occupied by circuits exhibits significant correlations over time which in turn give rise to complex correlations with the packet queueing delay [80], [90]. For instance, packets arriving during a long period of high circuit bandwidth may experience very long queueing delays and are possibly only served after some circuits release their bandwidth.…”

Section: B Packet Traffic 1) Stability Limitmentioning

confidence: 99%

DyCaPPON: Dynamic circuit and packet passive optical network

Wei

Аурзада

McGarry

et al. 2014

Optical Switching and Networking

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Section: B Packet Traffic 1) Stability Limitmentioning

confidence: 99%

DyCaPPON: Dynamic circuit and packet passive optical network

Wei

Аурзада

McGarry

et al. 2014

Optical Switching and Networking

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Traffic analysis of an integrated voice/data system by means of pseudo‐data call concept

Akiyama

Ichiya

1990

Electron. Comm. Jpn. Pt. I

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Since the model for the voice/data multitraffic processing system was proposed, various analyses have been made for the system. However, the traditional analysis derived only the average and the variance of the data call queues. A general and practical method of analysis has not been presented for the waiting time distribution of the data calls, which is important as the service criterion. This paper proposes an approximate method of traffic analysis for the integrated voice/data system, which is applicable to data calls with the holding time following the general probability distribution. The method is to represent the holding time distribution of the data call following the general probability distribution as a sum of several pseudo‐data calls following exponential distributions. By this method, not only the average waiting time but also the distribution of the waiting time can be calculated relatively easily. As in the design for a voice communication network, the integrated network can be designed so that the given service criterion is satisfied by 99 percent of the data calls in the data system. As an example, the case of facsimile as the data source is examined. The result by the proposed method agreed well with the result of simulation, indicating that a practically sufficient accuracy is realized.

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Optimal control of variable rate coding in integrated voice/data packet networks

Saitō

1989

Performance Evaluation

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Analysis of voice and low-priority data traffic by means of brisk periods and slack periods

Cited by 7 publications

References 18 publications

DyCaPPON: Dynamic circuit and packet passive optical network

DyCaPPON: Dynamic circuit and packet passive optical network

Traffic analysis of an integrated voice/data system by means of pseudo‐data call concept

Optimal control of variable rate coding in integrated voice/data packet networks

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