Nexus between research and teaching delivery is at the core of our programmes.
Jump to: Partner research laboratories
CIMET intake 2008-2010
- Fall detection using multiple camera tracking, Victoria RUDAKOVA
- Video enrichment and objects tracking, Priyanto HIDAYATULLAH
- Logvinenko’s object color space theory in practice, Christoph GODAU
- Detection of defects in grape tomatoes with novel technologies, Yu HU
- Spectral imaging in medical applications, Kusse Sukuta BERSHA
- Development and Optimization of demosaicing algorithm to interpolate color values obtained from a CMOS camera in a RoboCup scenario, Mohzdeh SEIFI
- Characterization and calibration of a LCD display based on a limited set of color samples, Sweet KHISA
- Assessing the contribution of blur in visual attention & Extraction of salient region for stimuli containing blur and sharp region, Rizwan KHAN
- Biomarker detection by hyperspectral imaging, Shuyang LIU
CIMET intake 2009-2011
- Segmentation of neurosurgery image: Jussi Parkkinen and Markku Hauta Kasari/Arash MIRASHEMI
- Reconstruction of spectral images in neurosurgery settings: Jussi Parkkinen and Markku Hauta Kasari/ Md Abul HASNAT
- Retinal spectral image analysis methods: Jussi Parkkinen and Markku Hauta Kasari / GM Atiqur Rahaman
- Microscopic image analysis for wood fiber classification based on fluorescence: Jussi Parkkinen and Markku Hauta Kasari/ Zhengzhe WU
- Object class recognition: Elisa Fromont, Damien Muselet and Marc Sebban/ Basura FERNANDO
- Dense stereo reconstruction using time-of-flight and color cameras: Radu Horaud (INRIA) and Corinne Fournier / Vineet GANDHI
- Pipe detection and tracking in aerial refuelling: Juan Torres Arjona (Universidad Politecnica de Madrid) and Hubert Konik (UJM)/ Marcos QUINTANA
- Forward and backward modelling for the processing of coloured materials: Nathalie Destouche, Philippe Colantoni and Alain Trémeau/Tushar CHAUHAN
- Influence on human perception of crosstalk in 3D stereoscopic displays: Laurent Blondé (Technicolor) and Alain Tremeau/ Darya KHAUSTOVA
- Algorithm improvement for object recognition: Damien Muselet and Vincent Demoulin (Technicolor)/ Sajib SAHA
- Gesture recognition system development: Alleaume Vincent (Technicolor) and Alain Trémeau / Ateendra Kumar SINGH
- On-the-fly personalized tagging of video contents: Lionel Oisel (Technicolor) and Alain Tremeau / Peng WANG
- Dynamic color conversion for movies, Patrick Morvan (Technicolor) and Alain Trémeau/ Xingbo WANG
- 3D motion analysis of microscopic object in collaboration with ETH Zurich, Alain Trémeau and Wolf-Dietrich HARDT (ETHZ)/ Syed Qasim BUKHARI
- Live Color Calibration of a Video Camera Array in collaboration with Simula: Jon Yngve Hardeberg and Eichhorn (Simula) /Viktor SLAVKOVIKJ
- Augmented reality object placement and lighting: Simon McCallum and Jon Yngve Hardeberg/ Ibrahim ARIEF
- Classification of teachers’ actions in lecture videos: Faouzi Alaya Cheikh/ Alejandro MORENO
- Image processing techniques applied to the generation of an automatic streamline for healthy gingivae evaluation: Eva Valero / Timo Eckhard
- Wire detection on infrared images at INDRA Company: Juan Luis Nieves and Faouzi (GUC), /Samra Tanovic
- Colour differences under different luminance levels through LCD displays: Manuel Melgosa UGR and Ronnier Luo (University of Leeds UK)/Wei-Ting HUANG
- Optical-quality evaluation of flat panel displays: Manuel Rubiño and Antonio Pozo/ Pradeep KETHIDI
Copyright Note:This material is presented to ensure timely dissemination of scholarly and technical work. Copyright and all rights therein are retained byauthors or by other copyright holders. All persons copying this information are expected to adhere to the terms and constraints invoked by each author’s copyright. In most cases, these works may not be reposted without the explicit permission of the copyright holder.Personal use of this material is permitted. However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution to servers or lists, or to reuse any copyrighted component of this work in other works must be obtained from the copyright holder.
[last update: 15/04/2015]
Partner research laboratories
University Jean Monnet
- Laboratoire Hubert Curien, University Jean Monnet, Saint-Etienne, UMR CNRS 551
Laboratoire Hubert Curien ’s core competence in photonics systems and diffractive optics science and technologies are based on micro/nano technologies, laser processing,biophotonics and image processing. These have been expanded to include research in computer science, machine learning and applied cryptography & telecom.
Since the early nineties, academic research on Computational Color Imaging has been conducted by Professor Alain Trémeau and his team at University Jean Monnet. Their research activities focus on:
- Image segmentation
- Calibration of displays and projection devices,
- Quality control, Image quality metrics
- Color appearance models
The team currently consists of eight associated professors plus one professor and their work focus on:
- Video motion tracking, Video segmentation (Hubert Konik),
- Motion saliency, Visual appearance models (Eric Dinet),
- Object recognition, Color invariants (Damien Muselet),
- Color difference metrics, Image quality metrics, Multispectral imaging (Alain Trémeau)
- And other themes linked to Image Processing.
This team has published numerous articles, organised or contributed to numerous international conferences (CGIV 2010, CCIW 2009, CGIV 2004, CGIP 2000) and summer schools (IPCV 2004, EHINC 1999). Through numerous book chapters editing, team members have largely contributed to the international Color research community.This team has also supervised many PhD Thesis and Master Thesis on both Academic and Industrial projects. Since 2009, this team has been associated to the Hubert Curien Laboratory (UMR CNRS 5516) that accounts for the biggest Research Unit at University Jean Monnet.Hubert Curien Laboratory core competences in photonics systems and diffractive optics science and technologies are based on micro/nano technologies, laser processing, biophotonics and image processing.
These have been expanded to include research in Computer science and Machine learning.With an annual budget topping 1200 K€, Hubert Curien Laboratory is pushed forward by national agencies (French government and CNRS) to transfer its knowledge to the industry by means of industrial contracts, technical transfer projects, patent licensing and the creation of spin-off companies. Hubert Curien Laboratory, has about 4000 m2 dedicated to research in the heart of the Scientific and Technologic Park of the University Jean Monnet called “Pôle Optique et Vision” in close connections with private companies and institutions such as the PORA (Rhône-Alpes Region Optical Center). More than 120 researchers and PhD students work today in the two research department of the lab: “Optics and photonics” Department and “Computer science and image processing” Department. The number of Professors and Assistant Professors with permanent positions has increased by 30% over the last 10 years. The number of PhD, Post Doctoral and non-permanent positions has increased by 67% over the same time period.
- LABEX MANUTECH-SISE (Saint-Etienne, Lyon)
The LABEX MANUTECH-SISE is a “Laboratoire d’Excellence” whose ambition is to promote the Lyon – St-Etienne place at the highest international level in the field of surface and interface science and engineering.
The objectives of the LABEX are to develop the understanding and control of surface phenomena, such as wear, friction, fatigue resistance, chemical reactivity, wettability, visual and tactile aspects. The aims of the LABEX are also focused on the creation and control of surface functionalities, such as in tribology, optics and chemistry, as well as on the optimization of advanced processes of surface and interface manufacturing at different scales, including ultrashort laser micromachining and assembling.
- Tribology and System Dynamics Laboratory’s (LTDS), Ecole Centrale de Lyon, UMR 5513
The LTDS is a multi-site, multi-disciplinary and multicultural laboratory. Research accompaniment and management, experimentation, modeling, simulation… The LTDS, Mixed Research Unit, conducts research in the following fields: Tribology: the study of friction, wear, lubrication, adherence; System dynamics : the science of vibrations, system and mechanical device stability; Mechanical analysis of materials and processes: construction and structural calculation, transformation processes and biomechanics.
- Laboratoire d’Analyse des Signaux & des Processus Industriels, Université Jean Monnet, Saint-Etienne, EA 3059
- Laboratoire Charles Fabry, Institut d’Optique Graduate School, Palaiseau, UMR CNRS 8501
Laboratoire Charles Fabry is a joint research laboratory (Unité Mixte de Recherche) established by Institut d Optique – Graduate School and the French national research agency CNRS (Centre national de la Recherche scientifique), with Université Paris-Sud as a cooperating institution.
- Centre de Recherche et de Restauration des Musées de France (C2RMF), Musée du Louvre, Paris, UMR CNRS 171
- Georges Friedel Laboratory, Ecole Nationale Supérieure des Mines de Saint-Etienne, UMR 5307
The Georges Friedel Laboratory (CNRS UMR 5307) is a unit of the Institute for Engineering and Systems Science (INSIS) of the French National Center for Scientific Research (CNRS). Located at the École Nationale Supérieure des Mines de Saint-Étienne (EMSE) and under the administrative authority of both EMSE and CNRS, the laboratory gathers all of the potential of EMSE in the fields of Materials Science, Mechanics and Process Engineering.
- Institut Fédératif de Recherche en Sciences, Ingénierie et Santé IFRESIS – IFR INSERM 143
- Centre des Matériaux, Centre de Morphologie Mathématique, Mines ParisTech, UMR CNRS 7633
University of Granada
We are looking into the design of optimum sensors to use in the spectral acquisition of HDR color images. Based in color and/or spectral information of images, we also work in the development of algorithms for recognition of objects in natural scenes, dehazing methods and multispectral color scanners.
University of Eastern Finland
Gjøvik University College
The Norwegian Colour and Visual Computing Laboratory is a research group within the Media Technology Laboratory and Faculty of Computer Science and Media Technology at Gjøvik University College. It was founded in spring 2001 to serve the rising needs for colour management solutions in the graphic arts industry.
[last update: 15/04/2015]