Flow Based CAC with MLPP
The paper presents a lightweight distributed architecture with call admission control (CAC) for real time traffic flows. The architecture also supports multilevel priority and preemption (MLPP). The CAC initially admits all new real time flows into the network for a period that is long enough to cal...
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Published in | MILCOM 2006 - 2006 IEEE Military Communications conference pp. 1 - 5 |
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Main Authors | , |
Format | Conference Proceeding |
Language | English |
Published |
IEEE
01.10.2006
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Abstract | The paper presents a lightweight distributed architecture with call admission control (CAC) for real time traffic flows. The architecture also supports multilevel priority and preemption (MLPP). The CAC initially admits all new real time flows into the network for a period that is long enough to calculate the resulting link bandwidth of a new real time flow. When a preconfigured link bandwidth threshold is exceeded, the CAC performs successive pre-emption of the lowest priority, latest arrived real time flows. When the CAC is used with 802.11 WLAN based ad-hoc networks, a load estimation function is used to monitor the bandwidth from the shared radio medium. Although originally geared towards ad-hoc networks, the architecture can also be used to support a lightweight CAC in Diffserv-based point-to-point networks |
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AbstractList | The paper presents a lightweight distributed architecture with call admission control (CAC) for real time traffic flows. The architecture also supports multilevel priority and preemption (MLPP). The CAC initially admits all new real time flows into the network for a period that is long enough to calculate the resulting link bandwidth of a new real time flow. When a preconfigured link bandwidth threshold is exceeded, the CAC performs successive pre-emption of the lowest priority, latest arrived real time flows. When the CAC is used with 802.11 WLAN based ad-hoc networks, a load estimation function is used to monitor the bandwidth from the shared radio medium. Although originally geared towards ad-hoc networks, the architecture can also be used to support a lightweight CAC in Diffserv-based point-to-point networks |
Author | Knutsen, E. Hafslund, A. |
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Snippet | The paper presents a lightweight distributed architecture with call admission control (CAC) for real time traffic flows. The architecture also supports... |
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SubjectTerms | Ad hoc networks Bandwidth Broadcasting Call admission control Communication system traffic control Condition monitoring Linux Telecommunication traffic Traffic control Wireless LAN |
Title | Flow Based CAC with MLPP |
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