Guillaume Canat
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View article: A novel deep learning approach to identify embryo morphokinetics in multiple time lapse systems
A novel deep learning approach to identify embryo morphokinetics in multiple time lapse systems Open
The use of time lapse systems (TLS) in In Vitro Fertilization (IVF) labs to record developing embryos has paved the way for deep-learning based computer vision algorithms to assist embryologists in their morphokinetic evaluation. Today, mo…
View article: P-203 Training of an artificial intelligence (AI) model to automatically detect nuclear errors during first cleavages
P-203 Training of an artificial intelligence (AI) model to automatically detect nuclear errors during first cleavages Open
Study question Can an artificial intelligence (AI) algorithm be developed to automatically detect nuclear errors through dynamic images of first embryonic cleavages? Summary answer The AI model showed an accuracy and precision of above 60%…
View article: High peak power pulsed fiber laser with high efficiency based on an ytterbium doped powder sinter fiber
High peak power pulsed fiber laser with high efficiency based on an ytterbium doped powder sinter fiber Open
International audience
View article: High power pulsed sources based on fiber amplifiers
High power pulsed sources based on fiber amplifiers Open
Cladding-pumped rare-earth-doped fiber laser technologies are currently among the best sources for high power applications. Theses extremely compact and robust sources appoint them as good candidate for aeronautical and space applications.…
View article: High power pulsed fiber laser development for Co2 space based dial system
High power pulsed fiber laser development for Co2 space based dial system Open
High energy fiber lasers emitting around 1579nm is seen as a possible technology for the laser unit of a spaceborn CO2 DIAL system. We are developing an all fiber system with the following expected performances: Pulse energy of 260μJ, puls…
View article: High peak power single-frequency MOPFA for lidar applications.
High peak power single-frequency MOPFA for lidar applications. Open
International audience
View article: 1.6 Micron Fiber Laser Source for CH<sub>4</sub>Gas Leak Detection
1.6 Micron Fiber Laser Source for CH<sub>4</sub>Gas Leak Detection Open
We report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Raman amplification. This laser source is intended to be used in a future lidar system, dedicated to methane gas leak monitoring in the vicin…
View article: 1579 NM Fiber Laser Source for Spaceborne Monitoring of Carbon Dioxide
1579 NM Fiber Laser Source for Spaceborne Monitoring of Carbon Dioxide Open
\nWe report on the development of a 1579 nm pulsed fiber laser source with high peak-power, intended to be used as a lidar source for CO2 monitoring from space. We first discuss water-vapor sensitivity of spaceborne CO2 measurements by lid…