Welcome Gyula Sallai (Chair of International Management and Scientific Committee, BME-TMIT and HTE, Hungary)P1/1
	Opening Péter Kiss (Minister of Prime Minister’s Office, Hungary)
	Program overview Tibor Cinkler (Chair of Technical Program Committee,  BME-TMIT, Hungary)

Keynote speakers

	Challenges in ICT regulation Chris A. Fonteijn (Boardmember of the Independent Regulators Group, Chairman of the Commission of OPTA, The Netherlands Independent Post and Telecommunications Authority)P1/2
	Vision and objectives of Hungarian telecommunications Christopher Mattheisen (Chairman & CEO, Magyar Telekom, Hungary)P1/3

Chair and Moderator

Rati C. Thanawala (Vice President of Network Planning, Performance, and Economic Analysis, Alcatel-Lucent, USA)

Keynote speakers

Driving Network Transformation: The Trends and Technologies behind IP Transformation of Fixed and Mobile Networks Pierre Tournassaud (Vice President of Network and Technology Strategy, Alcatel-Lucent , France) P2/1 Abstract: What does "any service, anywhere, on any device" actually mean in a new telecom world of fiber-rich fixed networks and 3G/4G mobile ? This presentation will start with an overview of the service drivers and technology enablers that are pushing telcos to move toward "full-IP" and "flatter" networks, opening for a full breed of new services on mobile as well as fixed access. Fixed networks have a bit of a head start on this sort of transformation: Pierre will share some of the valuable lessons learned from wireline IP transformation, as well as the challenges and opportunities ahead, such as they need to be optimized for massive content delivery. The focus of his presentation will then be on the path to flatter, smarter mobile networks. What wireless access topology is needed? What are the drivers? The challenges and real-world considerations? And how does a mobile or converged operator plan the steps to accelerate the transformation to an All IP network?

Towards more intelligent and efficient networks Cayetano Carbajo Martín (Director of Technology and Planning, Telefonica S.A., Spain) P2/2 Abstract: The technology and the customers demands are evolving fast, so the network must face new challenges. An evolution of each network layer is needed. More specifically: Networks should be designed to follow the broadband speed race increasing bandwidth year over year.The collaboration between fixed and mobile accesses should be increased o Mobile access can provide broadband fixed service for certain uses and environments o Femtocells will increase coverage of mobile networks. Distribution of contents, specially video, is more and more important. The ways of content distribution should be defined being more efficient and allowing to distribute other agents' contents. Network infrastructure must be convergent. The infrastructure must be ready for the integration of more intelligence and openness in the network to put in value the networks providing more services to the end users. Different levels will be included (customers profiling, storage, location, presence, ...). In order to improve time to market for new services, network and IT must be much more coupled and a multiservice solution (SDP/IMS) implemented in advance. Telefónica customers' experience must be homogeneous regardless of the access and device used: network must be agnostic of the device and access. The home is the place where majority of telecom services are used so the role of Telefónica in the digital home is very important. Infrastructure must allow Telefónica to be position as a key player at home.

Chair: Oscar Gonzalez-Soto (ITU Consultant, Spain)

Access network dimensioning with uncertain traffic forecasts
Olivier Klopfenstein (France Télécom R&D, France) A1/1

A New Penalty Based Algorithm For Multi-User Spectrum Balancing in xDSL Networks
Alastair McKinley (Queens University Belfast, United Kingdom); Alan Marshall (The Queen's University of Belfast, United Kingdom) A1/2

A financial and technological model for public regional broadband infrastructure
Davide Pierattoni (University of Udine, Italy); David Licursi (Mercurio FVG S.p.A., Italy); Pier Luca Montessoro (University of Udine, Italy) A1/3

Access Network Sharing between Core Networks with Different QoS Policies
Akihiro Okada (Nippon Telegraph and Telephone Corporation, Japan); Akira Murashige (NTT Network Service Systems Laboratories, Japan); Daisuke Tazawa (NTT Network Service Systems Laboratories, Japan); Shinichiro Chaki (Nippon Telegraph and Telephone Corporation, Japan) A1/4

Chair: Szabolcs Malomsoky (Ericsson Research, Hungary)

QoS as the tool for enabling Broadband commodity within Access Networks
Enrique Areizaga (Robotiker, Spain); Andreas Foglar (Infineon Technologies AG, Germany); Antonio José Elizondo Armengol (Telefónica Investigación y Desarrollo, Spain) B1/1

Systematic QoS Class Mapping Framework for Application Requirement over Heterogeneous Networks
Mi-Sun Ryu (Information and Communications University, Korea); Young Min Kim (Information and Communications University, Korea); Hong-Shik Park (Information and Communications University, Korea) B1/2

Cost models for Next Generation Networks with Quality of Service parameters
Laura Rodriguez de Lope (University of Cantabria, Spain); Klaus Hackbarth (University of Cantabria, Spain); Alberto García (University of Cantabria, Spain); Thomas Plueckebaum (WIK, Germany); Dragan Ilic (WIK, Germany) B1/3

Service quality improvement based on Network Attachment Subsystem extensions and Service Enhancement Function – Mesh Networks as an example
Andreas Roos (T-Systems, Germany)

Chair: Csaba Szabó (BME-HIT, Hungary)

Novel Conflicting Link Exclusion Algorithms for SRLG-Disjoint Routing
Golnaz Vakili (Amirkabir University of Technology, Iran); Azadeh Khodaei (University of applied science and technology, Iran); Siavash Khorsandi (Amirkabir University of Technology, Iran)

SRLG-Disjoint Multi-Path Protection: When LP meets ILP
László Gyarmati (Budapest University of Technology and Economics, Hungary) C1/2

Novel Availability Metrics for Network Topologies
András Zahemszky (Budapest University of Technology and Economics, Hungary); János Tapolcai (Budapest University of Technology and Economics, Hungary); András Császár (Ericsson Research, Hungary); Attila Mihály (Ericsson Research, Hungary) C1/3

Dedicated Protection Scheme with Availability Guarantee
János Tapolcai (Budapest University of Technology and Economics, Hungary); Péter Babarczi (Budapest University of Technology and Economics, Hungary); Pin-Han Ho (University of Waterloo, Canada) C1/4

Dependability Analysis of Data Center Tier III
Montri Wiboonrat (Assumption University, Thailand)

Chair: Bartolits István (NHH, Hungary)

Optical Broadband Access Networks: A European Perspective
George Heliotis (Hellenic Telecommunications Organization S.A., Greece); Ioannis Chochliouros (Hellenic Telecommunications Organization S.A., Greece)

FTTH Network Economics: Key Parameters Impacting Technology Decisions
Samrat Kulkarni (Alcatel-Lucent, USA); Mohamed El-Sayed (Alcatel-Lucent, USA); Beth Polonsky (Alcatel-Lucent, USA); Paul Gagen (Alcatel-Lucent, USA) A2/2

Impact of Bandwidth Demand Growth on HFC Networks
Pradeep Limaye (Alcatel-Lucent, USA); Marty Glapa (Alcatel-Lucent, USA); Mohamed El-Sayed (Alcatel-Lucent, USA); Paul Gagen (Alcatel-Lucent, USA) A2/3

Broadband demand and the role of new technologies
Kjell Stordahl (Telenor, Norway) A2/4

Chair: Sang-Baeg Kim (Korea Telecom, Korea)

Root Controlled Bridging: a Scalable Control Protocol for Shortest Path Bridging
Janos Farkas (Ericsson, Hungary); Richard Pallos (Ericsson, Hungary) B2/1

Carrier Ethernet ”label” scalability
Luis Caro (University of Girona, Spain); Dimitri Papadimitriou (Alcatel Bell, Belgium); Jose Marzo (Universitat de Girona, Spain) B2/2

Hierarchical Routing on Unstructured Identifiers
Gábor Németh (Budapest University of Technology and Economics (BME), Hungary); János Tapolcai (Budapest University of Technology and Economics, Hungary); András Császár (Ericsson Research, Hungary) B2/3

End-to-End Delay Constrained Routing and Admission Control for MPLS Networks
Steven Chamberland (Ecole Polytechnique de Montreal, Canada) B2/4

Reducing total call-blocking rates by flow admission control based on equality of heterogeneous traffic
Sumiko Shirata (Tokyo Institute of Technology, Japan); Katsunori Yamaoka (Tokyo Institute of Technology, Japan); Yoshinori Sakai (Tokyo Institute of Technology, Japan) B2/5

Chair: Michal Pióro (Warsaw University of Technology, Poland)

Addressing robust Next-Generation Networks
Gianmarco Panza (CEFRIEL, Italy); Glauco Bigini (CEFRIEL, Italy); Michele Prudente (CEFRIEL, Italy); Pietro Belotti (Politecnico di Milano, Italy) C2/1

Method for Rapid Recovery Path Computation on Mesh IP Network
Masayuki Tsujino (NTT, Japan); Ryutaro Matsumura (NTT, Japan); Masayuki Inoue (NTT, Japan); Motoi Iwashita (NTT, Japan) C2/2

Flow optimization in IP networks with fast proactive recovery
Mateusz Dzida (Warsaw University of Technology, Poland); Michal Zagozdzon (Warsaw University of Technology, Poland); Mateusz Zotkiewicz (Warsaw University of Technology, Poland); Michal Pioro (Warsaw University of Technology, Poland) C2/3

Fast Service Recovery under Shared Protection in Survivable WDM Networks with Limited Wavelength Conversion Capability
Jacek Rak (Gdansk University of Technology, Poland) C2/4