Download Analysis and Design of Advanced Multiservice Networks by Jose Brazio, Phuoc Tran-Gia, Nail Akar, Andrzej Beben, PDF

By Jose Brazio, Phuoc Tran-Gia, Nail Akar, Andrzej Beben, Wojciech Burakowski, Markus Fiedler, Ezhan Karasan, Michael Menth, Philippe Olivier, Kurt Tutschku, Sabine Wittevrongel

The contemporary development in the direction of the interoperability of typically separate networks, resembling terrestrial, wireless/cellular, and satellite tv for pc, for the help of multimedia functions poses new and considerably hard difficulties to community layout. This booklet reviews at the cutting-edge paintings constructed throughout the 4 years of operation of the fee 279 motion, research and layout of complex Multiservice Networks assisting Mobility, Multimedia, and Internetworking, via its engaging researchers, originating from over forty examine associations from the tutorial, business, and telecom operator worlds. The paintings comprises either primary, methodological, and utilized features of community functionality assessment and design.

Analysis and layout of complicated Multiservice Networks assisting Mobility, Multimedia, and Internetworking incorporates a specific account of the paintings built, supported on an intensive bibliography of fabric released within the peer-reviewed literature. It comprises the subsequent six chapters:

IP-Based Networks
Queueing types
Traffic dimension, Characterization, and Modeling
Wireless Networks
Optical Networks
Peer-to-Peer Services

Analysis and layout of complicated Multiservice Networks aiding Mobility, Multimedia, and Internetworking will attract either practitioners of community layout, and to researchers aiming to map destiny instructions in networking research.

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Read Online or Download Analysis and Design of Advanced Multiservice Networks Supporting Mobility, Multimedia, and Internetworking: COST Action 279 Final Report PDF

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Additional info for Analysis and Design of Advanced Multiservice Networks Supporting Mobility, Multimedia, and Internetworking: COST Action 279 Final Report

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The user can configure the simulator so that the inter-arrival time of requests matches a desired statistical distribution. The λ-scheduler serves the requests according to the following wavelength mapping policy. , a list of possible output wavelengths, can be associated to each request. Then, in order to save wavelength converters, preference is given to the output wavelength which directly maps on the input wavelength. If direct mapping is not possible, the availability of a wavelength converter is checked.

Therefore, a clear motivation for research is the need to improve the scalability of IP routing optimization. A novel method for the optimization of large IP networks, called “divide and conquer”, is presented in [86]. The basic idea is to split the original network into smaller sub-networks and then to individually optimize these sub-networks. In the “divide” phase of the algorithm, the network to be optimized is decomposed into three sub-networks. Two of them are disjoint and relatively large, the third one is designed to be a small central “link” between the former two.

The authors assume token bucket parameters to characterize the flow profiles. They propose to assess the flow distortion by considering the quantile-based IP Packet Delay Variation (IPDV), which is measured between edge routers [45]. Therefore, the minimum IP packet transfer delay IP T Dmin and the 1 − quantile of the IP packet transfer delay IP T Dupper are estimated [46]. 5. 9: Inter-Domain Admission Control (IDAC) delay variation, is next computed as IP DV = IP T Dupper − IP T Dmin . The bucket size bnext for the next domain is then calculated by bnext = b + IP DV , b being the signalled bucket size for the flow in the current domain.

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