Architectures for quality of service in the internet. International workshop, Art-QoS 2003, Warsaw, Poland, March 24--25, 2003. Revised papers (Q1422164)

The articles of this volume will be reviewed individually. Indexed articles: \textit{Potts, Martin}, The evolving telecommunications network, 1-17 [Zbl 1063.68530] \textit{Gozdecki, Janusz; Pacyna, Piotr; Marques, Victor; Aguiar, Rui L.; Garcia, Carlos; Moreno, Jose Ignacio; Beaujean, Christophe; Melin, Eric; Liebsch, Marco}, An IP QoS architecture for 4G networks, 18-28 [Zbl 1063.68518] \textit{Prokopp, Daniel; Matthes, Michael; Drobnik, Oswald; Krieger, Udo}, Integration of mobility-, QoS-, and CAC-management for adaptive mobile applications, 29-48 [Zbl 1063.68531] \textit{Bolla, Raffaele; Davoli, Franco; Repetto, Matteo}, A control architecture for quality of service and resource allocation in multiservice IP networks, 49-63 [Zbl 1063.68512] \textit{Kim, Sungchang; Choi, JinSeek; Kang, Minho}, Control plane architecture for QoS in OBS networks using dynamic wavelength assignment, 64-75 [Zbl 1063.68522] \textit{Arabas, Piotr; Kamola, Mariusz; Malinowski, Krzysztof}, IP services market: Modelling, research, and reality, 76-87 [Zbl 1063.68511] \textit{Do, Tien Van; Kálmán, Barnabás; Király, Csaba; Pándi, Zsolt}, Prototype implementation for the analysis of SIP, RSVP and COPS interoperability, 88-99 [Zbl 1063.68517] \textit{Akar, Nail; Sahin, Cem}, Reinforcement learning as a means of dynamic aggregate QoS provisioning, 100-114 [Zbl 1063.68510] \textit{Kooij, Robert E.; Østerbø, Olaf; van der Wal, J. C.}, Calculating end-to-end queuing delay for real-time services on an IP network, 115-126 [Zbl 1063.68524] \textit{Narloch, Marcin; Kaczmarek, Sylwester}, Admission control method based on effective delay for flows using EF PHB, 127-138 [Zbl 1063.68527] \textit{Tran, Hung Tuan; Ziegler, Thomas; Ricciato, Fabio}, QoS provisioning for VoIP traffic by deploying admission control, 139-153 [Zbl 1063.68533] \textit{Koch, Bert F.; Hussmann, Heinrich}, Overview of the project AQUILA (IST-1999-10077), 154-164 [Zbl 1063.68523] \textit{Kemmel, Falk; Maniatis, Sotiris; Thomas, Anne; Tsetsekas, Charilaos}, Application support by QoS middleware, 165-176 [Zbl 1063.68520] \textit{Nikolouzou, Eugenia; Sampatakos, Petros; Dimopoulou, Lila; Salsano, Stefano; Venieris, Iakovos S.}, BGRP plus: Quiet grafting mechanisms for providing a scalable end-to-end QoS solution, 177-188 [Zbl 1063.68528] \textit{Dabrowski, Marek; Strohmeier, Felix}, Measurement-based admission control in the AQUILA network and improvements by passive measurements, 189-202 [Zbl 1063.68516] \textit{Brandauer, Christof; Dorfinger, Peter}, An implementation of a service class providing assured TCP rates within the AQUILA framework, 203-217 [Zbl 1063.68514] \textit{Dabrowski, Marek; Eichler, Gerald; Fudała, Monika; Katzengruber, Dietmar; Kilkanen, Tero; Miettinen, Natalia; Tarasiuk, Halina; Titze, Michael}, Evaluation of the AQUILA architecture: Trial results for signalling performance, network services and user acceptance, 218-233 [Zbl 1063.68515] \textit{Menth, Michael; Reifert, Andreas; Milbrandt, Jens}, CSPF routed and traffic-driven construction of LSP hierarchies, 234-251 [Zbl 1063.68525] \textit{Susitaival, Riikka; Virtamo, Jorma; Aalto, Samuli}, Load balancing by MPLS in differentiated services networks, 252-264 [Zbl 1063.68532] \textit{Kim, Myoung Hun; Park, Hong Shik}, An integrated scheduling for multiple loss priority traffic in E-PON OLT switches, 265-275 [Zbl 1063.68521] \textit{Nyberg, Eeva; Aalto, Samuli}, Differentiation and interaction of traffic: A flow level study, 276-290 [Zbl 1063.68529] \textit{Wierzbicki, Adam; Burgstahler, Lars}, Application-oriented evaluation of measurement estimation, 291-304 [Zbl 1063.68534]