A Novel End-To-End QoS Framework Over Heterogeneous Networks - An Architectural Approach
Journal Title: Acta Technica Napocensis- Electronica-Telecomunicatii (Electronics and Telecommunications) - Year 2010, Vol 51, Issue 2
Abstract
End-to-end QoS (Quality of Service) provisioning over heterogeneous networks is a major challenge. The poor communication between Service Providers, the increasing complexity of the supported services, the need for fulfillment of end-to-end requirements represent the main problems to be solved by the new QoS frameworks. This paper presents a novel system architecture for an end-to-end QoS framework over heterogeneous networks, that aims to guarantee network performances and to provision end-to-end QoS over multiple autonomous systems.
Authors and Affiliations
Bogdan IANCU, Vasile DADARLAT, Adrian PECULEA
Keywords
Related Articles
- EP ID EP144753
- DOI -
- Views 116
- Downloads 0
Personalized Security Mechanism for Mobile Cloud Applications
Mobile Cloud Computing is a model that brings several advantages to the applications developed for mobile devices. In this paper, we focus on securing data used and processed by component-based mobile cloud applications....
An Approach to Nonrigid US-MRI Registration of Pelvic Organs for Endometriosis Diagnosis
In the field of multimodal medical image registration, the main elements that researchers focus on are the transformation, the similarity metric and the optimization algorithm. There is no state-of-art registration metho...
Simplification Of A Link Performance Prediction Method Based On Mutual Information
In this paper, we propose a method to predict the block error rate performance of the wireless links in OFDM communication systems. Our approach relies on a performance prediction methodology that uses the mean mutual in...
Improved Spatial Scalability For Video Compression
Spatial scalability (layering) in MPEG is not often used due to the lack of coding efficiency and available ICs. This work presents an alternative spatial scalability schemes that have better coding efficiency, and yet a...
A Functional Model for A Standalone Fingerprint Recognition System
Abstract: The paper describes a functional model for a standalone fingerprint recognition system, representing a minimum implementation to demonstrate the functionality of such system. For simplicity, the model uses only...