| | 32 | || '''27.10.2017[[BR]](10hrs, HdA)''' || '''Nicolas Baroan (NIT)''' || '''Novel Scientific high dynamic range SWIR camera: technology, capabilities and application in astronomy'''[[BR]][[BR]]High Dynamic Range is being widely adopted in different markets, like automotive, Industrial machine vision, defense…[[BR]][[BR]]Scientific cameras, usually driven by low light performances and extended Wavelength spectral response, is now considered also as a potential “consumer” of these emerging extended dynamic range devices.[[BR]][[BR]]Developed with its patented High Dynamic Range Pixel structure and with the LPA expertise in optronics ( i.e. : Laboratoire Pierre Aigrain – Ecole Nationale Supérieure ), NIT and LPA will present the first scientific Short Wave Infrared High dynamic Range camera.[[BR]][[BR]]The deep cooled camera performances and features will be illustrated through an interesting astronomy application case made at the “Pic du Midy” Observatory at the top of the French Pyrenees.[[BR]][[BR]]A comparison with a state of the art cooled !InGaAs camera, in similar conditions, will briefly be described.[[BR]][[BR]]Presentation: English[[BR]]Slides: English[[BR]]Questions: English || |
