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

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 fresh development in the direction of the interoperability of often separate networks, reminiscent of terrestrial, wireless/cellular, and satellite tv for pc, for the aid of multimedia functions poses new and considerably difficult difficulties to community layout. This e-book experiences at the cutting-edge paintings built through the 4 years of operation of the associated fee 279 motion, research and layout of complicated Multiservice Networks helping Mobility, Multimedia, and Internetworking, through its engaging researchers, originating from over forty study associations from the educational, business, and telecom operator worlds. The paintings comprises either primary, methodological, and utilized elements of community functionality assessment and design.

Analysis and layout of complicated Multiservice Networks assisting Mobility, Multimedia, and Internetworking features a special account of the paintings constructed, supported on an in depth bibliography of fabric released within the peer-reviewed literature. It includes the next six chapters:

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

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

Sample text

2 Priority Packet Scheduling Bandwidth allocation to flows belonging to traffic classes with different priorities is also the topic of [80]. But, in this case, the authors consider the Modified Earliest Deadline First (MEDF) algorithm. Contrasting with other schemes that assign a fixed share to the high priority flow aggregate and that may induce QoS degradation when the number of high priority flows is larger than expected, MEDF scheduling favors high priority over low priority traffic independently of the specific traffic mix, without setting the bandwidth share in advance.

The tasks of IDAC are the following: • IDAC forwards the flow set-up request to the RC. If it receives a positive acknowledgement from the RC, it will go on to the next tasks. • The packets of the flow suffer a variable delay due to multiplexing with cross-traffic in the network. Therefore, the inter-packet distance may be shortened, which affects the traffic descriptors. Thus, IDAC evaluates the traffic profile distortion and calculates appropriate traffic descriptors for the flow to request some priority service from the next domain.

One order of magnitude) than the RTT. 14, the model provides better results than other popular TCP models which appear either optimistic [64] or pessimistic [23] in predicting the average flow throughput. Finally, among other interesting TCP features derived from the model and simulations, an important result which confirms earlier simulations is the relative inability of TCP to make full use of the available bandwidth when sharing the capacity with higher priority traffic: an efficiency coefficient of about 70–80% is typically observed with respect to the ideal case of constant capacity and correctly sized buffers.

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