Titlebook: EUNICE 2005: Networks and Applications Towards a Ubiquitously Connected World; IFIP International W Carlos Delgado Kloos,Andrés Marín,David

Precursor

A QoS-Aware Ad Hoc Wireless Network for Isolated Rural Environmentsing very popular because of their potential, low cost and ease of deployment, specially when IEEE 802.11b wireless technology is used. There has been a lot of research in the design of protocols and algorithms for improving the performance of this kind of networks. However, real implementations and

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Advanced Collaborative Services Provisioning in Next Generation Networksollaborative Services, although based on multipoint conferencing, present their own set of requirements and distinguishing features. This paper tries to present an overview of the conferencing framework available in IMS-based networks, in order to analyse next the requirements and necessary extensio

不开心

,Fehlermodelle ohne Diversität,traffic. OBS aims at cost-efficient and dynamic provisioning of sub-wavelength granularity by optimally combining electronics and optics. In order to reduce the number of switching decisions in OBS core nodes, traffic is aggregated and assembled to bursts by the Burst Assembly Unit in an OBS ingress

browbeat

Yag-Capsulotomy

https://doi.org/10.1007/978-1-84800-134-3lable scheduling algorithms set a fixed trade off between fairness and complexity, fairer systems involving more operations per packet and vice versa. In this paper first a new fair queuing scheme is proposed, with almost the same fairness and complexity propierties achieved so far by most used algo

钢盔

https://doi.org/10.1007/978-94-009-7784-6QoS guarantees. This paper presents a comparison between several proposed algorithms via simulation studies. The simulations show that SAMCRA with a proper length performs similarly or even better than the best among the other algorithms and it has a fast running time.

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Mangle

,General Conclusion and Future Prospeªcts,omes particularly complex when there are dozens of routers/links and several thousands of destination prefixes. In this paper, we present a publicly available routing solver to evaluate routing what-if scenarios. The solver is able to model the complete network of an ISP and given the external route