mexico facing future internet
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Mexico facing Future InternetTRANSCRIPT
FORESTA is a project funded by the Information and Communication Technologies Programme of the Seventh Research Framework Programme www.forestaproject.eu │ www.lac-ictgateway.eu
Mexico facing Future Internet A vision about interna.onal coopera.on projects
Dipl,Ing. Isabel Kreiner ITESM-‐CEM July ,2011
Europe 2020 -‐ targets
1. Employment – 75% of the 20-‐64 year-‐olds to be employed
• 2. R&D / innova2on – 3% of the EU's GDP (public and private combined) to be invested in R&D/
innovaVon • 3. Climate change / energy
– greenhouse gas emissions 20% (or even 30%, if the condiVons are right) lower than 1990
– 20% of energy from renewables – 20% increase in energy efficiency
• 4. Educa2on – Reducing school drop-‐out rates below 10% – at least 40% of 30-‐34–year-‐olds comple2ng third level educa2on
• 5. Poverty / social exclusion – at least 20 million fewer people in or at risk of poverty and social exclusion
“Europe 2020 is the EU's growth strategy for the coming decade. In a changing world, we want the EU to become a smart, sustainable and inclusive economy”
Digital Agenda-‐ Europe
Governments have recognized the importance of ICT in enhancing the competitiveness of the nations. Digital Agendas are created. (http://ec.europa.eu/information_society/digital-agenda/index_en.htm ) The Digital Agenda is Europe's strategy for a flourishing digital economy by 2020. It outlines policies and actions to maximize the benefit of the Digital Revolution for all. Planned actions:
• Digital single market • Interoperability and standards • Trust and security • Very fast internet • Research and Innovation • Enhancing e-skills • ICT for social challenges
Future Internet plays a mayor role.
Future Internet -‐ today
The Internet connects over 2 billion people today and billions of objects are expected to get connected tomorrow.
Challenges to face for Future Internet: • Need of more address space due to fast growing demand in Asia and
other countries … solved through IPV6, but sVll taking up needed; • Net neutrality: poliVcal discussions;
• Main alteraVons of the Internet since its incepVon: – Volume and nature of data; mobile devices; physical objects on the
net; commercial services; societal expectaVons.
Future Internet -‐ today
http://ec.europa.eu/information_society/digital-agenda/scoreboard/index_en.htm
Where does Europe go?
• “Europe has idenVfied new engines to boost growth and jobs. These areas are addressed by 7 flagship ini2a2ves as a tool to reach the targets set for 2020.
• Within each iniVaVve, both the EU and na2onal authori2es have to coordinate their efforts so they are mutually reinforcing. Most of these iniVaVves have been presented by the Commission in 2010.”
Source: hbp://ec.europa.eu/europe2020/tools/flagship-‐iniVaVves/index_en.htm
Examples of European Flagship Projects in Future Internet
• 2020 3D MEDIA: creaVng a 3D value chain in the entertainment industry hbp://www.20203dmedia.eu/: research on how technology can become interoperable to capture, produce, distribute and display 3D sound and images and create value cahin as teh 3D industry expands. Finished in Dec. 2010.; total project cost EUR 15.2 million
• SENSEI: integraVng the physical world into the digital world hbp://www.ict-‐sensei.org/index.php: research on how the physical world can be integrated into the digital world. Finished in Dec. 2010; total project cost EUR 23.2 million
• Internet of Things Architecture: bringing science-‐ficVon into our lives hbp://www.iot-‐a.eu/public: research on how computers, objects and people can connect to the Internet in an open and standarised way while safeguarding privacy and security. CompleVon in August 2013; total project cost EUR18.7 million
Some staVsVcs about European research in the field of Future Internet
• 140 projects ongoing in the field of “Future Internet “ ( topics: networks, trustworthy ICT, Future Internet research and experimenta2on,
services and cloud compu2ng, networked media and Internet of things.)
• 690 European organizaVons involved: 50% industries, 50% academic partners.
• Total investment in research EUR 870 million , funded by EC EUR 570 million.
• AddiVonal a €600 million “Future Internet” Public-‐Private Partnership launched on 3rd May 2011. ObjecVve: develop new ways of building beber services and
improving business innovaVon for the Future Internet
(Source: www.cordis.europa.eu consulted 2nd of july 2011; Luis Rodriguez-‐Roselló et al. :The Future Internet Assembly 2011: Achievements and Technological Promises,Budapest 2011)
Example: NaVonal IniVaVves in Europe
Germany: Projects, focusing on areas such as:
• carrier-grade 100 gigabit Ethernet (100GET); • experimental facilities for the Next Generation Internet (G-Lab); • innovative radio transmission techniques for cellular networks (EASY-C); • the Internet of Services (THESEUS). • Definition of necessary technological developments for a “core infrastructure” for common demands of the various fields of application: health sector, transport ( traffic flow, safety), energy management, production. (examples: SIM-TD; SmartSenior, )
Further activities will be launched under the €1.5bn ICT 2020 Program.
Spain: http://www.idi.aetic.es/esInternet/ Spain’s national initiative es.Internet is a platform which brings together government, industry and academia so to bundle efforts, promote collaboration, and provide continuity in funding for long-term R&D investment and reduce the associated risks. It also aims to improve the regulatory framework, facilitate standardization work, and promote internationalization of Spanish industry through participation in international programs. Leaders of this platform are Telefónica I+D , AETIC,Indra, Atos Origin and the Universidad Politécnica de Madrid with the participation of companies like Thales, Inteco or Alcatel-Lucent. France: Creation of ‘laboratories of excellence’ with partners from industry, state and universities ( e.g.: INRIA, Institut Télécom, UPMC, INRIA and Alcatel-Lucent Bell Labs France, and other universities) LINCS, Laboratory for Information, Networking and Communication Sciences; The GRIF initiative; COMIN Labs.
Example: NaVonal IniVaVves in Europe
More informaVon about the Future Internet in Europe:
Future Internet: http://ec.europa.eu/foi Future Internet Public Private Partnership: http://ww.fi-ppp.eu European Future Internet Portal: www.future-internet.eu … additional: http://www.future-internet.eu/home/future-internet-assembly.html Digital Agenda website: http://ec.europa.eu/information_society/digital-agenda/index_en.htm
FP7 calls related to Future Internet
• Call 2tle: ICT call 8 • • Call idenVfier: FP7-‐ICT-‐2011-‐8 • • Date of publicaVon65: 26 July 2011 • • Deadline66: 17 January 2012, at 17:00.00 Brussels local .me
• • IndicaVve budget67,68: EUR 785.5 million
FP7 Call 8
Challenge Objec2ves Funding schemes
Challenge 1: Pervasive and Trusted Network and Service Infrastructures
ICT 2011.1.1 Future Networks
IP/STREP, NOE, CSA
ICT 20011.1.2 Cloud CompuVng, Internet of Services and Advanced Sonware Engineering IP/STREP, CSA ICT 20011.1.4 Trustworthy ICT
IP/STREP, NoE, CSA
ICT 20011.1.6 Future Internet Research and ExperimentaVon (FIRE) (b), (c), (e) IP, STREP, CSA
Towards FP8: research prioriVes -‐ Future Internet Assembly 2011
Building the Future Internet: • 1. Beyond converged infrastructure – the Internet infrastructure beyond 2020
brings new capabiliVes and capaciVes • 2. Networked data – exploiVng the Internet’s natural resource • 3. Internet Security -‐ maintaining the security of the Internet and it’s users online Using the Future Internet: • 4. Networked interacVon – people interacVng with each other, with informaVon,
and with cyber-‐physical worlds • 5. Networked augmentaVon – from an Internet of things to an Internet doing
things • 6. Networked innovaVon –the Internet as an innovaVon ecosystem, supported by
architecture, policy, and invenVon.
Source: http://fisa.future-internet.eu/images/0/0c/Future_Internet_Assembly_Research_Roadmap_V1.pdf
Research capaciVes in Mexico
Region North west
Region North east
Region west
Region Center
Region South west
Region South east
Total per challenge
1: Infrastructures ,networks and services 41 23 23 92 18 3 200
2: Cogni9ve systems, interac9on, robo9cs 16 24 13 71 31 2 157
3: Components, Systems and engineering 104 38 62 326 126 12 668
4: Digital libraries and content 14 7 9 37 18 1 86
5: ICT and health 11 1 2 16 1 2 33
6: Transport, environment and energy 0 0 0 1 1 0 2
7: Social inclusion and e-‐government 10 0 3 1 3 3 20
8. Future and emerging technologies 3 0 0 2 0 0 5
9: Others 9 18 7 14 6 13 67
Researchers classified in all challenges: 208 111 119 560 204 36 1238
Source: NCP-ICT Mexico, June 2010
Mexico´s internaVonal scienVfic cooperaVon
Opportunities to explore: Mexico has 37 bilateral scientific cooperation agreements. Most of the bilateral cooperation activities in Europe are done with Germany, Spain, France and Italy. But agreements exist also with Great Britain, Hungary, Poland, Czech Republic and Russia..
Thank you for your attention!