QUALINCA
Funding: ANR, 2012-2015
Partners: LIG,LIRMM, LRI, ABES
Coordinator: LIRMM
Scientific lead: M.C. Rousset
Weblink: http://www.lirmm.fr/qualinca/?q=en
2012-2015
QUALINCA is a ANR Contint funded research project looking at developing mechanisms allowing to quantify the quality level of a bibliographical knowledge base, to improve the afore mentioned quality level, to maintain the quality when updating the knowledge base and to exploit the knowledge bases taking into account their quality levels.
This project aims to develop mechanisms to:
- describe the quality of an existing document database;
- maintain a given level of quality by controlling updates on such databases;
- improve the quality of a database;
- exploit these databases according to their level of quality.
Smart-Energy
Funding: MSTIQ project, 2009
Partners: G-SCOP, G2ELab, gipsa-lab, LIG
Coordinator: G2ELab
Scientific lead : Ch. Collet
Weblink:
2012-2014
This projects aims at federating the scientific communities from Grenoble INP supported laboratories around the development of Smart Grid technologies.
The idea is to identify common interests among researchers to propose new research projects.
SocTrace
Funding: FUI-Minalogic, OSEO 2011-2015
Partners: INRIA, LIG, TIMA, STMicroelectronics, Magilem, probayes
Coordinator: STMicroelectronics
Scientific lead : Alexandre Termier
Weblink:
2011-2015
The SoC-Trace project aims to develop a set of methods and tools based on traces of execution produced by multi-core embedded applications. It will allow developers to optimize and debug these applications more efficiently. Such methods and tools should become a building block for the design of embedded software, in response to the growing needs of analysis and debugging required by the industry. The technological barriers consist of a scaling problem (millions of events stored on gigabytes) and a trace understanding problem related to applications whose complexity is increasing. The project addresses the problem of controlling the volume of tracks and of developing new analysis techniques. SocTrace is composed of academic partners with related themes, and several industry partners including STMicroelectronics.
SoGrid
Funding: ADEME, Le réseau électrique de demain
Partners: Grenoble INP (LIG), l'École polytechnique (LIX), ERDF, STMicroelectronics, Nexans, Sagemcom, Landis+Gyr, Capgemini, Trialog, LAN
Coordinator: ERDF et STMicroelectronics
Scientific lead : Ch. Collet
Weblink:
2013-2017
SoGrid aims at confirming the path opened by ERDF in the technological revolution of the Smart Grid. The goal is to develop a global communication chain linking all components as the basis of future Smart Grids. By deploying intelligence all along this communication chain, SoGrid will allow (i) real-time supervision and control of the electrical grid; (ii) integration of decentralized renewable energy production; (iii) anticipation and support of new uses of electricity, in particular electric vehicles; (iv) the possibility to ensure that at every moment the balance between production and consumption, particularly during peak consumption; and (v) Control of consumption by the end-user and better quality of service. HADAS group is developing new optimized distributed and adaptable event stream management techniques taking into account the specificities of the Smart Grids.
WalT
Funding: Grenoble INP and University Joseph Fourrier, Programme AGIR (2013-2015) on Wireless Testbed
Partners: HADAS and DRAKKAR groups from LIG
Coordinator:
Scientific lead :
2013-2015
This project, proposed by HADAS and DRAKKAR research groups, aims at developing an easy configurable testbed composed of embedded computing devices (Rapsberry Pi), sensors and network equipments (e.g. commutators, wireless communications). It will be exploited to test new networking protocols or distributed database techniques developed in both research groups.