(www.interscience.wiley.com) DOI: 10.1002/nem.596 Architecture for dynamic and fair distribution of bandwidth
@inproceedings{wwwintersciencewileycomD1, title={(www.interscience.wiley.com) DOI: 10.1002/nem.596 Architecture for dynamic and fair distribution of bandwidth}, author={}, url={https://api.semanticscholar.org/CorpusID:3235581} }
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11 Citations
Optimizing User Quality of Experience through Overlay Routing, Bandwidth Management and Dynamic Trans-Coding
- 2010
Computer Science, Engineering
A trans-coding service is introduced for this proxy component which enables the transformation of H.264/AVC video flows to an arbitrary bitrate, which enhances the QoE optimization capabilities of the proposed platform by allowing the proxy component to compute more flexible and effective bandwidth distributions.
Optimizing user QoE through overlay routing, bandwidth management and dynamic transcoding
- 2008
Computer Science, Engineering
A transcoding service is introduced for this proxy component which enables the transformation of H.264/AVC video flows to an arbitrary bit rate, which enhances the QoE optimization capabilities of the proposed platform by allowing the proxy component to compute more flexible and effective bandwidth distributions.
Managing client bandwidth in the presence of both real-time and non real-time network traffic
- 2008
Computer Science, Engineering
This paper presents the NI proxy, a network intermediary which introduces different types of intelligence in the transportation network in an attempt to improve the Quality of Experience (QoE) provided to users of networked applications, and demonstrates the NIProxypsilas capability to successfully manage client downstream bandwidth in the presence of both real-time and non realtime network traffic.
End-to-end QoE Optimization Through Overlay Network Deployment
- 2008
Computer Science, Engineering
A detailed overview of the end-to-end architecture together with representative experimental results which comprehensively demonstrate the overlay network's ability to optimize the QoE are given.
Dynamic scheduling management for periodic real-time traffic
- 2013
Computer Science, Engineering
This thesis adopts the FTT-SE protocol to do scheduling and management of real-time workload and demonstrates the viability and effectiveness of using this strategy of dynamic QoS management.
An architecture for internet inter-domain interconnections and bandwidth trading towards effective NGN deployment
- 2008
Computer Science, Engineering
Operations scenarios show potential benefits of the NIBX + BT architecture for ensuring e2e QoS, the ultimate goal of ITU-T’s NGN.
The NIProxy: a Flexible Proxy Server Supporting Client Bandwidth Management and Multimedia Service Provision
- 2007
Computer Science, Engineering
The NIProxy is network- as well as application-aware, meaning it has knowledge of both the transportation network and the application(s) it is serving, which is exploited to improve user QoE in two complementary ways.
Effective and Resource-Efficient Multimedia Communication Using the NIProxy
- 2009
Computer Science, Engineering
This paper describes how the NIProxy system was extended with support for upstream network traffic shaping as well as outbound multimedia service provision, and demonstrates and validate the new possibilities they entail and their added value in terms of user experience optimization.
Multi-domain Information Exchange in a Bandwidth on Demand Tool
- 2014
Computer Science, Engineering
This paper describes how AutoBAHN implements a flexible AAI in a distributed environment, how it exchanges and updates information and how it handles incoming requests in an efficient and timely manner.
Practical considerations for extending network layer models with OPNET modeler
- 2007
Computer Science, Engineering
This paper attempts to demystify the process of modeling in OPNET and enumerate the key steps for creating new simulation models using the OPNET Modeler software package.