Non-uniform traffic performance of multi-class scheduling technique with dual threshold

Network with many types of traffic such as video conferencing, audio and data transfer requires a specific Quality of Services (QoS) to maintain their performance. It is crucial for the switch designer to guarantee QoS for all applications. In this paper, a new way of handling multi-class traffic ha...

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Main Authors: Abdul Rahman, A. A., Seman, K., Saadan, K., Azman, A., Salim, Fatimah
Format: Article
Published: 2013
Subjects:
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author Abdul Rahman, A. A.
Seman, K.
Saadan, K.
Azman, A.
Salim, Fatimah
author_facet Abdul Rahman, A. A.
Seman, K.
Saadan, K.
Azman, A.
Salim, Fatimah
author_sort Abdul Rahman, A. A.
collection ePrints
description Network with many types of traffic such as video conferencing, audio and data transfer requires a specific Quality of Services (QoS) to maintain their performance. It is crucial for the switch designer to guarantee QoS for all applications. In this paper, a new way of handling multi-class traffic has been presented. The analysis is done on 16x16 switch with two priority traffic classes and dual threshold setting. Dual threshold setting is implemented on the 16x16 switch to ensure a better control on the priority setting for both classes. In the reality, switch application operates under non-uniform traffic condition. Thus, the analysis in this paper is done under two different kind of non-uniform traffic patterns which are known as the hot-spot pattern and Community-of-Interest (COI) pattern. The proposed method is simulated to show that the delay performance of the non-uniform traffic patterns for the proposed switch architecture has been improved.
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spelling utm.eprints-409392017-08-22T07:10:41Z http://eprints.utm.my/40939/ Non-uniform traffic performance of multi-class scheduling technique with dual threshold Abdul Rahman, A. A. Seman, K. Saadan, K. Azman, A. Salim, Fatimah TK Electrical engineering. Electronics Nuclear engineering Network with many types of traffic such as video conferencing, audio and data transfer requires a specific Quality of Services (QoS) to maintain their performance. It is crucial for the switch designer to guarantee QoS for all applications. In this paper, a new way of handling multi-class traffic has been presented. The analysis is done on 16x16 switch with two priority traffic classes and dual threshold setting. Dual threshold setting is implemented on the 16x16 switch to ensure a better control on the priority setting for both classes. In the reality, switch application operates under non-uniform traffic condition. Thus, the analysis in this paper is done under two different kind of non-uniform traffic patterns which are known as the hot-spot pattern and Community-of-Interest (COI) pattern. The proposed method is simulated to show that the delay performance of the non-uniform traffic patterns for the proposed switch architecture has been improved. 2013 Article PeerReviewed Abdul Rahman, A. A. and Seman, K. and Saadan, K. and Azman, A. and Salim, Fatimah (2013) Non-uniform traffic performance of multi-class scheduling technique with dual threshold. International Journal of Engineering and Innovative Technology, 3 (4). pp. 496-502. ISSN 2277-3754
spellingShingle TK Electrical engineering. Electronics Nuclear engineering
Abdul Rahman, A. A.
Seman, K.
Saadan, K.
Azman, A.
Salim, Fatimah
Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title_full Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title_fullStr Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title_full_unstemmed Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title_short Non-uniform traffic performance of multi-class scheduling technique with dual threshold
title_sort non uniform traffic performance of multi class scheduling technique with dual threshold
topic TK Electrical engineering. Electronics Nuclear engineering
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