ProjectsProjects conducted NanoMat BioMed DCMiB Akcelerator Pioneers into Practice SAPHYRE C2POWER FIVER ONEFIT EUWB+ EU FP7 ACROPOLIS EU FP7 TEPSIE NETWORK SUNRISE PLACES Accumulation of Competences |
C2POWER - Cognitive radio and Cooperative strategies for POWER saving in multi-standard wireless devices EU FP7 type STREP project financed by the European Commission from the 7th Framework Program (FP7-ICT- 248577): Project duration: Jan 2010 - Dec 2012 The C2POWER consortium develops novel radio technologies, the aim of which is to increase energy efficiency in multi-mode mobile terminals by the application of cognitive and cooperative techniques. The ICT RC team focuses on the development of technologies in two areas: a) algorithms and protocols for short-range communications by the application of cooperative technologies for energy efficiency in mobile terminals b) algorithms and protocols for vertical hand-over to optimize energy consumption in multi-mode mobile terminals Specific tasks where ICT RC is involved: WP2 Scenarios, system architecture and business models Task 2.1 Detailed C2POWER technical scenarios Task 2.2 System architecture definition and performance evaluation metrics Task 2.3 Business models and incentive mechanisms for cooperation WP5 Cooperative short range communications for power saving Task 5.1 Study and definition of cooperative strategies and policies for power saving Task 5.3: Investigations of cooperative relaying for power saving Task 5.4: Development of models and implementation of a system level simulation platform WP6 Energy-efficient cognitive handovers procedures and policies Task 6.1: Energy efficient handover algorithms Task 6.2: Handover between macro and femto-cells Task 6.3: Platform implementation for energy efficient handovers WP8 Standardization and Dissemination Task 8.1: Dissemination Task 8.2: Standardisation and Exploitation Project partners:
C2POWER project web-page: www.ict-c2power.eu 
Did you know ...The sizes of the viruses are from 30-300nm, whereas in the Biomed project, therapy through the use of RNA catalytic activity modulation is worked on. |
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NewsTomasz Wierzbowski (ICT EIT+) granted a STSM scholarship from COST Action IC090210.05.12
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