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| Session 6: Standardization for service and support systems |
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Chairman: |
Mostafa Hashem Sherif (AT&T, US)
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S6.1: |
Christian Riede, Fraunhofer FOKUS, Germany
Christian Riede holds a M.S. degree in Industrial Engineering (Information and Communication Technologies)
(Dipl.-Ing.) from the Technical University of Berlin in Germany.
He works as research assistant and research project manager of the Next Generation Network division at
Fraunhofer Institute FOKUS, which provides the national NGN/IMS test and development centre in Germany.
His expertise is based on IP-Multimedia Subsystem (IMS), P2P and IPTV. He worked for Nokia Siemens
Networks and Rohde & Schwarz Germany
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S6.2: |
Zohreh Ayatollahi, Iran Telecommunication Research Centre, IR
Zohreh Ayatollahi is a senior engineer at Communication Technology Institute of Iran
Telecommunication Research Center. She has more than 12 years experience in developing
protocols and systems in a range of TDM switches to VoIP products.
She has been director of some projects in ITRC, for example test of softswitch
elements in a NGN pilot. Currently, She works on design of Iran NGN network.
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S6.3: |
Zhiqiang Shi, Chinese Academy of Sciences, China
Zhiqiang Shi is an associate professor of Institue of Software Chinese Academy of
Sciences (ISCAS). He received his Ph.D. in Computer Engineering at ISCAS in 2001.
He has done extensive research in areas of congestion control, Quality of Service
and network management in internet.
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S6.4: |
María Ángeles Callejo Rodríguez, (Telefónica I+D, Spain)
Master in Telecommunications Engineering at the Technical University of Madrid (Spain),
2004. Since 2004, she has been working for Telefónica I+D in the Advanced Networks Planning
department working on the following topics: traffic engineering and traffic control alternatives
for IP networks and ambient networks environments, dynamic multipath routing and QoS provisioning.
As one of the principal network designers in EuQoS project (IST FP6), she has also been involved
in the specification of a system to provide end-to-end QoS guarantees over heterogeneous networks
in real time and according to the users’ requests , by means of co-ordination of the different
QoS mechanisms available in the current technologies. This framework would allow the deployment
of new business models over Internet based on guaranteed QoS to take advance of third party
applications (such as P2P Streaming and Real Time applications).
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