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|Title:||Delay Guarantee by Adaptive Weighted Fair Queue in Real Time VoIP Environments|
|Issue Date:||2017-11-30 14:16:27 (UTC+8)|
This paper provides an optimal delay discipline for real time latency guarantees in VoIP environments. System resources are properly divided for delay optimization due to various traffic loads. We investigate the optimal delay guarantees of weighted fair queueing. In our approach, network resource is allocated according to the factor of weight-queue-length product. The numerical results demonstrate that the optimal delay can be achieved under the proposed bandwidth allocation scheme. The proposed scheme has the advantages both on delay optimization and easy implementation. The policy depicted here meets the requirements of minimum delay under various traffic types and this will be beneficial on solving the stringent problem of delay guarantees in voice communications encountered in modern Internet networks. Our contribution is focused on minimizing the system delay due to heterogeneous input traffics and the total system delay is significantly improved.
|Relation:||TANET 2006 台灣網際網路研討會論文|
|Appears in Collections:||[TANet Conference] Conference Papers|
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