Director of Research at National Office for Aerospace Studies and Research, Israel
Professional Profiles:
Professional Experience:
Dr. Xavier Briottet has a rich and extensive professional background in the field of remote sensing and optical imaging. He has been actively involved in various scientific and technical committees, including his current role as a member of the TOSCA group Continental Surfaces since November 2014. Dr. Briottet is also a longstanding member of the scientific and technical committee for aircraft at UMS Safire, a position he has held since 2013. His expertise is further demonstrated by his membership in the scientific and technical committee at IGN since 2008. In addition to his committee roles, Dr. Briottet has been instrumental in leading and participating in several key projects and initiatives. He served as the deputy of the OLIMPES team at the ISAE – ONERA/DOTA, which focuses on Optronics, Laser, IMagerie Physique et Environnement Spatial. Dr. Briottet also took on the responsibility of coordinating the new European project EDA: DUCAS, which explores the use of high-resolution spatial and spectral airborne imagery in urban environments for Defense purposes.
Teaching Activities:
Dr. Xavier Briottet’s teaching activities highlight his dedication to knowledge dissemination and academic excellence. Since 2008, he has been actively involved in teaching a variety of courses, showcasing his expertise in the field of remote sensing and optical imaging. At ISAE, Dr. Briottet has been responsible for the course on Radiative Transfer for second-year students, demonstrating his ability to impart complex concepts in a clear and understandable manner. He has also taken on the role of teaching the Optical Environment course for third-year students, providing them with a comprehensive understanding of the optical properties of the environment and their impact on remote sensing.
Internships:
Dr. Xavier Briottet has supervised a range of impactful internships that have contributed significantly to the field of remote sensing and optical imaging. These internships, conducted by 3rd-year engineering students and DEA (Diplôme d’Études Approfondies) candidates, have covered various topics, showcasing Dr. Briottet’s commitment to fostering talent and innovation in the field. One notable internship involved the analysis of protein crystals, demonstrating the diverse applications of optical imaging techniques. Another internship focused on the automation of thermal flux measurement data processing using thermosensitive paint, highlighting Dr. Briottet’s interest in advancing data processing methods. Other internships supervised by Dr. Briottet have delved into topics such as image restoration for SPOT satellite images, automation of interference fringe extraction from holoscopic sensors, and characterization of African desert sites for detector equalization. These projects not only provided valuable learning experiences for the interns but also contributed to the advancement of research in optical imaging and remote sensing.
Research Interest:
Dr. Xavier Briottet’s research interests lie at the intersection of remote sensing, optical imaging, and environmental science. He has a particular focus on the development and application of innovative techniques for analyzing and interpreting optical data acquired from Earth observation satellites. Dr. Briottet is especially interested in using these techniques to study environmental phenomena, such as land cover changes, vegetation dynamics, and the impact of human activities on natural ecosystems. Another key area of Dr. Briottet’s research is the development of advanced image processing algorithms for enhancing the quality and interpretability of remote sensing data. He is interested in exploring how these algorithms can be used to improve the detection and classification of objects and phenomena of interest in satellite imagery.
Award and Honors:
Dr. Xavier Briottet is an accomplished researcher and educator with a passion for remote sensing and environmental science. He has a diverse professional background, including extensive experience in academia and research institutions. Dr. Briottet’s research interests lie in the development and application of remote sensing techniques for environmental monitoring and management. He has made significant contributions to the field, particularly in the areas of land cover mapping, vegetation monitoring, and urban environmental analysis. As a dedicated educator, Dr. Briottet has played a key role in training the next generation of remote sensing experts. He has taught courses on remote sensing, environmental science, and related topics at various academic institutions. Dr. Briottet is known for his innovative teaching methods and his ability to inspire students to excel in their studies and research.
Publications:
- Hyperspectral pansharpening: A review
- Authors: L Loncan, LB De Almeida, JM Bioucas-Dias, X Briottet, J Chanussot, …
- Citations: 741
- Year: 2015
- Selection and characterization of Saharan and Arabian desert sites for the calibration of optical satellite sensors
- Authors: H Cosnefroy, M Leroy, X Briottet
- Citations: 300
- Year: 1996
- Adapting cities to climate change: A systemic modeling approach
- Authors: V Masson, C Marchadier, L Adolphe, R Aguejdad, P Avner, M Bonhomme, …
- Citations: 236
- Year: 2014
- Shadow detection in very high spatial resolution aerial images: A comparative study
- Authors: KRM Adeline, M Chen, X Briottet, SK Pang, N Paparoditis
- Citations: 231
- Year: 2013
- Solar panels reduce both global warming and urban heat island
- Authors: V Masson, M Bonhomme, JL Salagnac, X Briottet, A Lemonsu
- Citations: 195
- Year: 2014
- The canopy and aerosol particles interactions in Toulouse urban layer (CAPITOUL) experiment
- Authors: V Masson, L Gomes, G Pigeon, C Liousse, V Pont, JP Lagouarde, J Voogt, …
- Citations: 193
- Year: 2008
- Results of POLDER in-flight calibration
- Authors: O Hagolle, P Goloub, PY Deschamps, H Cosnefroy, X Briottet, T Bailleul, …
- Citations: 172
- Year: 1999
- Linear–quadratic mixing model for reflectances in urban environments
- Authors: I Meganem, P Déliot, X Briottet, Y Deville, S Hosseini
- Citations: 138
- Year: 2013
- Estimation of soil moisture content from the spectral reflectance of bare soils in the 0.4–2.5 μm domain
- Authors: S Fabre, …
- Citations: 126
- Year: 2015
- Linear-quadratic blind source separation using NMF to unmix urban hyperspectral images
- Authors: I Meganem, Y Deville, S Hosseini, P Deliot,
- Citations: 112
- Year: 2014