Tight Upper Bounds for Cell Loss Probabilities and Required Bandwidth Estimation in ATM Multiplexers | Zendy

Xiaoming Lru | Zendy; Liming Liu | Zendy; Bensaou Brahim | Zendy; Tsang Danny H. K. | Zendy

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Tight Upper Bounds for Cell Loss Probabilities and Required Bandwidth Estimation in ATM Multiplexers

Author(s) -

Xiaoming Lru,

Liming Liu,

Bensaou Brahim,

Tsang Danny H. K.

Publication year - 1999

Publication title -

european transactions on telecommunications

Language(s) - English

Resource type - Journals

eISSN - 1541-8251

pISSN - 1124-318X

DOI - 10.1002/ett.4460100106

Subject(s) - multiplexer , bandwidth (computing) , asynchronous transfer mode , superposition principle , computer science , bandwidth allocation , upper and lower bounds , multiplexing , mathematical optimization , algorithm , computer network , mathematics , telecommunications , mathematical analysis

Estimating the cell loss probability in an ATM multiplexer is a key issue in network management and traffic control tasks such as call admission control and bandwidth allocation. In this paper, we derive a new approximation to estimate the total and individual cell loss probabilities in an ATM multiplexer fed by a superposition of heterogeneous on‐off sources. Based on this approximation, a simple algorithm is proposed to estimate accurately the aggregate required bandwidth to guarantee a given cell loss probability. Numerical results and comparisons to alternative approaches are also shown.

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