IST-2000-25394 Moby Dick D0601 Dissemination and Use Plan

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Dissemination and Use Plan Fifth Framework Project 25394 Public 3.2.8 Centre de Recherche de Motorola, Paris, F One of the strategic goals of Motorola research is ‘Beyond 3G’. Such approach has an impact for the next generation communication systems. MobyDick is viewed by Motorola as an excellent means to further investigate issues concerning IPv6-based Beyond-3G networking. In MobyDick, Motorola is interested in 3 aspects of Beyond-3G networking: mobility, QoS, and management. Concerning the technology under investigation, mobility, QoS, and management play a major role in the framework of MobyDick. Mobility is the aspect that Motorola concentrated in the WINE GLASS project, especially in the enhancement the IPv6 mobility capability and its integration with security functions. As a major player in radio communication technologies, Motorola aims to apply enhanced IPv6 technologies for the convergence of mobile telecommunications and the Internet to enable a seamless mobile Internet, beyond the current capability of mere wireless access to the Internet. MobyDick provides a perfect research context that Motorola will leverage to further develop the necessary IP mobility capability for systems beyond 3G. QoS in the current IP network doesn’t fulfill the requirements of the future applications that requires a specified level of service classes to be supported. Motorola is the WP2 leader in MobyDick to develop QoS technologies to support mobile nodes. Motorola aims to design and implement a consistent, realistic and applicable architecture for the QoS interaction between different technologies (W-CDMA and IP) within and between different administrative domains in various scenarios. Besides, Motorola will also investigate more efficient transport protocol for wireless environments. Motorola believes that the architecture of Beyond-3G system should be based on administrative domains defined by AAA. Motorola will investigate the interaction and integration of support of mobility, QoS, and AAA, to ensure efficient and effective operations. With respect to added values, Motorola provides research and implementation efforts. Motorola expects MobyDick to contribute to standardization of Beyond-3G systems. In particular, Motorola would like to help promote relevant Moby Dick results in IETF, WWRF, etc. Motorola also believes that it is beneficial to leverage efforts and establish synergy with researchers from various universities and industry research centres. Such an experience will help move technologies forward together. MobyDick will implement a testbed to experiment, understand, validate, and evaluate the MobyDick research results. Motorola expects a high quality implementation and integration process for the testbed as well as good documentation for the whole process. 3.2.9 EURECOM, Sophia-Antipolis, F Eurecom’s mobile communications department has research and teaching activities in both physical and networking layer aspects of mobile communication systems. Our group is also currently active in implementation aspects of 3G radio systems, and one of its main activities in this area is the development of a real-time UMTS/TDD platform. This platform is being designed with an open-architecture at both hardware and software levels and is primarily software-based, i.e. a wide-band software radio. The platform software will be released under a GNU public license to promote academic collaboration in the area of 3G systems. Page 16 of 40 Version 1.0 © Copyright 2001, the Members of the MobyDick Consortium
Fifth Framework Project 25394 Public Dissemination and Use Plan Eurecom’s platform will be used and potentially duplicated to varying degrees of complexity by the members of the MobyDick consortium. Moreover, certain implementation choices related to networking aspects will adopt the architectural models developed in the context of MobyDick, namely those related to the interconnection of UMTS/TDD and an all-IPv6 backbone. Being an academic institution, our resources are clearly limited, and thus EURECOM cannot hope to develop all aspects of the network infrastructure on top of its platform. It is our goal, therefore, to use the development of the other members of the MobyDick consortium to augment the scope of our work, during and after the life of MobyDick. The intent is to make beneficial use of the open architecture policy to pool resources and provide a very complete real-time platform to both our researchers and students as well as to other research bodies and educational institutions. In terms of research, we are primarily interested in the end-to-end IPv6 architecture proposed by MobyDick and the conclusions that can be drawn regarding: 1 IPv6 and UMTS Quality-of-Service (QoS) mapping 2 Radio resource optimization for mobile multimedia services 3 Mobility management 4 Handover strategies 5 Security 6 UMTS/IEEE 802.11 inter-operability It is hoped that our openness policy will lead to similar open-architecture projects on top of our platform both at the European and national (French) level. This is already the case with the following projects funded by the French Ministry of Finance under the label of the RNRT (http://www.telecom.gouv.fr): PLATON, ERMITAGES, and @IRS++. 3.2.10 University of Cracow, PL The Department of Telecommunication of the AGH Technical University of Cracow is a research and educational centre in telecommunications and information technology. The primary focus of the Department is to offer high quality courses on the networking technologies and trends in the telecommunications. The courses are structured into thematic blocks including radio communication, optical networks, broadband communications, multimedia, and encompass numerous aspects such as technology, protocols, traffic modelling, network planning, performance evaluation and optimization, and others. The courses are delivered to the students of high education in the form of lectures, practical courses, laboratory courses and projects. The Department also provides individual courses for native and foreign students. Therefore, the efforts to disseminate the results of the MobyDick project will concentrate on the proliferation of knowledge by means of lectures, conferences, journal papers and consultancy. The emphasis will be put on the upgrade of the educational process, which is mandatory to keep-up the pace and stay competitive in the rapidly evolving telecommunication industry. In this area the Department of Telecommunications is planning to upgrade and complement the teaching programme, in particular the subjects related to wireless communication, in order to exploit the potentials resulting from participation in the Project. The Department also considers the introduction of a specialized course on Mobile IP and AAA, to enable the students to explore further the challenges of IP in the context of mobility management. Version 1.0 Page 17 of 40 © Copyright 2001, the Members of the MobyDick Consortium
Page 1 and 2: Project Moby Dick Public : 01/01-07
Page 3 and 4: Fifth Framework Project 25394 Publi
Page 9 and 10: Fifth Framework Project 25394 3 Use
Page 15: Fifth Framework Project 25394 Publi
Page 23 and 24: Mobility and Differentiated Service
Page 25 and 26: Objectives of Moby Dick ❑ Develop
Page 27 and 28: Detailed Workpackage Information (W
Page 29 and 30: Detailed Workpackage Information (W
Page 31 and 32: Workpackage Structure 02%
Page 33 and 34: Madrid/Spain Trial Scenario AAA, Po
Page 35 and 36: WP2 - QoS Backbone: strategies - Di
Page 37 and 38: Backbone: - Access part: AAAL, AAAH

IST-2000-25394 Moby Dick D0601 Dissemination and Use Plan

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