Pierre-francois Peyrard

Enhanced Vision System (EVS) study with SE-WORKBENCH

Electro-optics and radar sensors are key technological devices for the pilot situational awareness improvement especially during critical phases. Using the reliable simulation workbench proposed by OKTAL-SE, the performances of such sensors and the signal post processing can be fully analysed whatever is the development phase of the project. https://www.youtube.com/watch?v=gyXz0R64aNg

Enhanced Vision System (EVS) study with SE-WORKBENCH More

User Group Meeting

The OKTAL-SE User Group Meeting took place at the Cité de l’Espace in Toulouse on 27th-28th September. 30 registrations for this 12th edition of this event. Thank you again to all the speakers who have addressed various topics such as:– 3D modelling– New real-time IR rendering process– Use cases in EO and RF domains– Hardware

User Group Meeting More

Realistic SAR image computation

Using the GPU version of SE-RAY-SAR, realistic SAR images are obtained on the Airport database of the 3D database catalog.   30 minutes on a GeForce GTX 1080 to compute a 4 km x 3 km SAR image of our Airport 3D mock-up at 1m range and cross-range resolution. Contact us (here) for further information.

Realistic SAR image computation More

RADAR-FAST

RF Sensor Real-Time Rendering Using the fully validated asymptotic electromagnetic developed by OKTAL-SE and French ONERA labs, taking advantage of recent improvements in the field of 3D graphics (General Purpose GPU ray tracing), provided some simplifications of algorithms, it is now possible to compute real-time RF signals within a complex 3D scene. Products SE-FAST-RADAR SE-FAST-RADAR

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RADAR HIGH-FIDELITY

RF Sensor Physical Rendering OKTAL-SE has developed with French ONERA labs support, an asymptotic EM kernel combining Geometrical Optics and Physical Optics for surfaces and edges, for EM high frequencies domain. This validated approach allows to address various applications such as RCS, ISAR, RBGM and SAR. Products SE-RAY-EM SE-RAY-EM takes advantage of the recent improvements

RADAR HIGH-FIDELITY More