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Team

Signal Images Physique
Team manager : Jocelyn CHANUSSOTCornel IOANA

The Signal-Images-Physics (SigmaPhy) team directs its research towards signal and image processing and wave physics for  natural environments (oceanic, terrestrial and underground environments)  characterization and surveillance.

Scientific topics:
Underwater acoustics: active and passive observing, localization (source/target) in complex environment;
Optical and/or high resolution (special and spectral) radar remote sensing (image processing).
Transient signal imagery: seismic imagery, ultrasonic signals, fluorescence signals.

Team Presentation

 

 


 
Français (pdf, 150 ko)
English
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The SigmaPhy team is associated with the Grenoble Universe Sciences Observatory (l’Observatoire des Sciences de l’Univers de Grenoble (OSUG)) and collaborates with the laboratories that are part of the Observatory : Earth Sciences Institute (ISTerre), Geophysics and Glaciology Laboratory for the Environment (LGGE), The Laboratory for  Hydrology Transfers and Environment (LTHE), Center for Snow Studies (MeteoFrance), Grenoble Institute of Planetology and Astrophysics (IPAG).

The SIGMAPHY team is involved in collaborative scientific projects as :

  • Underwater acoustics and oceanic acoustic tomography;
  • Satellite imaging (hyperspectral imaging);
  • Ultrasound signal processing in industrial applications;
  • Glacier tracking by satellite and radar imaging;
  • Underground imaging and multi component antennas;
  • Analysis of transient phenomena.

The team collaborates also with a multitude of partners in industry and academics on a national and international scale (see the team's Collaborations tab).

THE TEAM'S RECENT PUBLICATIONS

Polarimetric Incoherent Target Decomposition by Means of Independent Component Analysis
IEEE Transactions on Geoscience and Remote Sensing 53 3 2015-03-01 12 pages
Besic,Nikola and Vasile,Gabriel and Chanussot,Jocelyn and Stankovic,Srdjan, [hal-01023169]

Stochastic Approach in Wet Snow Detection Using Multitemporal SAR Data
IEEE Geoscience and Remote Sensing Letters 12 2 2015-02-01 244-248
Besic,Nikola and Vasile,Gabriel and Dedieu,Jean-pierre and Chanussot,Jocelyn and Stankovic,Srdjan, [hal-01023156]

 

A frequency method for blind separation of an anechoic mixture
EUSIPCO 2014 Conference Proceedings - 22nd European Signal Processing Conference (EUSIPCO-2014) PT 2014-09-01
Ouedraogo,Wendyam and Nicolas,Barbara and Oudompheng,Benoit and Mars,Jerome and Jutten,Christian, [hal-01060142]




Latest publications of team

Electrical Fault Characterization by Hough Transform of Phase Diagram Information

C. Vasile, A Digulescu, C Ioana. Electrical Fault Characterization by Hough Transform of Phase Diagram Information. IEEE Comcas 2017, Nov 2017, Tel Aviv, Israel. 〈hal-01592965〉

A local entropy-based algorithm for information content extraction from time–frequency distributions of noisy signals

Nicoletta Saulig, Željka Milanović, Cornel Ioana. A local entropy-based algorithm for information content extraction from time–frequency distributions of noisy signals. Digital Signal Processing, Elsevier, 2017, 70, pp.155 - 165. 〈10.1016/j.dsp.2017.08.005〉. 〈hal-01632312〉

Transient Vibration Signal Analysis for Bedload Transport Monitoring Systems

Gabriel Vasile, Guy D'Urso, Elena Lungu. Transient Vibration Signal Analysis for Bedload Transport Monitoring Systems. MTS/IEEE North American OCEANS conference (OCEANS 17), Sep 2017, Anchorage, United States. 〈http://www.oceans17mtsieeeanchorage.org/〉. 〈hal-01593491〉


All publications of team
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