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2 Brest main campus 2

3 Atlantic Ocean 3

4 A Graduate Engineering School & a Research Centre In the field of Information Technologies 4

5 Institut Telecom France s leading graduate schools in Information Technologies 5

6 : 3 campuses Brest Signal & Image processing Electronics & Physics Computer Science Social & Human Sciences Languages and international cultures Rennes Multimedia Networks Mobile Networks Economics & Management Toulouse Space Communications Systems 6

7 Facts and figures 1200 Students 200 PhD 160 Academics 350 Part-time lecturers 45% international students from 50+ countries A valuable intercultural experience for all 7

8 Degrees Master of Engineering ("Diplôme d'ingénieur") Master of Engineering via sandwich course ("Formation d'ingénieur en Partenariat", Corporate partnership programme) Master of Science ("Diplôme National de Master") Research oriented ("Master Recherche") Professional/Vocational oriented ("Master Professionnel") Post-Master Professional Certificate ("Mastère spécialisé") PhD ("Doctorat") 8

9 A strong international dimension 2 Foreign languages (compulsory) English (or French as a foreign language) Second language - Spanish, German, Italian, Chinese, Japanese, Arabic, Russian Experience abroad (compulsory for French students) University, research centre, company Duration: min. 3 months, generally 6 to 12 months International exchange programs 70+ academic partners worldwide 20+ dual-degree agreements 9

10 's partnerships 10

11 Global Village 11

12 A high-level research centre 400 Researchers (200 PhD students) 5 Research laboratories Advanced communications & turbocodes Communications systems & information processing Optical communications Medical information processing Internet applications Invention of Turbocodes at Marconi Prize (2005) Prof Claude Berrou elected to the French Academy of Sciences (2007) 12

13 Our Research RSM Department

14 Research environment at RSM Several labs / platforms Three research groups (with some overlapping between the groups activities) IP Networks: Protocols, Architectures & Models - 4 research-lecturers - Several PhD students & research engineers Wireless Networks and Services - 4 research-lecturers - Several PhD students & research engineers SEcuRity and VALidation of networks and services - 3 research-lecturers - Several PhD students & research engineers page 14

15 Research applicable to mobile terminals IPv6 networking auto-configuration security Header compression Secure handover heterogeneous HO Multi-homing multi-homing management (IP level) - end-to-end approach (shim6) - relay-based approach (Mobile IP) decision making - management of multiple interfaces - per-flow routing decision - preferences and policies management RSM presentation

16 Home networking One home network but with different transmission media (heterogeneous network) Low complexity topology but not under control Easy deployment is requested Large panel of services Possibly several accesses to Internet : multihoming Wifi ETH PLC Electrical network Télé Wifi ETH Routeur/Switch Décodeur Box Optical Fiber Service Provider Service Provider Internet PLC CPL Smart Grid RSM presentation

17 Wireless sensor issues Adaptation of TCP/IP protocol stack TCP for sensor networks (energy issue) Adaptation of IPv6 mechanisms (neighbor discovery) Header compression (ROHC) Optimisation of routing IPv6 Routing Protocol for Low power and Lossy Networks Cross-layer optimisation : MAC and routing Location mechanisms SSI based method (Signal Strength Indicator) How to cope with variations of received signal (rainy/sunny, multipath) RSM presentation

18 Join works with Korea

19 First approach: ARIEL Association for Research with Industrial and Education Links French association Under the «conférence des grandes écoles» Goal: Create squares - Collaboration between research labs and industrial in different countries 2003 First workshop at ETRI Work in collaboration with French Embassy First contacts with Prof Yanghee Choi (SNU) 2004 Second workshop in Rennes (5/24) MoU between SNU and Télécom Bretagne 19

20 2004 First project PHC STAR: MikoFresco The objectives were to have interoperability between ENST Bretagne s Saturne Probes and SNU probes to allow common measurement of the IPv6 network between France and Korea. Partners: SNU, KT, Chungnam National University, Alcatel, QoSMetrics Visit ETRI, KAIST, ICU Stay of Dr. Eun Kyoung PAIK during 3 months Internship of a French Student at ETRI 20

21 Second STAR project Easy6 Network Auto-Configuration and mobility management Partners: SNU, KT INRIA/ARES, TB/RSM, FT Funding : 20 k (french side) Sabbatical stay (1 year) of Namhoon Kim MoU with ICU signed 21

22 STIC ASIA Tiny6 IPv6 for Wireless Sensor Network Partners France: INRIA Institut TELECOM India: BITS Pilani IIT-G China: South East University (Nanjing) South Korea: SNU and ICU Funding: 30 K Main results: Common class material, student exchange (BITS, IITG and ICU) 22

23 : MoMo Managed by Prof Younghee Lee (KAIST/ICU) Funded by MIA (~15 K ) Develop a Sensor Network Platform between ICU and TELECOM Bretagne TELECOM Bretagne had to develop Neighbor Discovery part - Now in discussion at IAB for new internet architecture 23

24 2009: Bad year MoMo2 failed to be launched Prof Younghee Lee moved to Seoul STIC Asia funding delayed until June Cannot start forecasted actions But, relation with Korea continued though student exchanges 24

25 In Summary Our experience is based on relatively small fundings Relation with scientific attaché is important Funding should include equipment and p.m and include master thesis: Long time to synchronize schedules EGIDE is a very good solution Our institutions are not well prepared to international cooperation 25

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