Digilogic’s Synthetic Aperture Radar Environment Simulator (SARES) is a system designed to simulate RF signatures of synthetic SAR 3D objects. SARES is based on a ray-tracing technique, which simplifies wave propagation in a medium by considering geometrical lines from the wave source to the receiver (forward method) or from the receiver to the source (backward method). Responses of the ray traversal through the virtual scene are interpreted to reproduce that scene as a SAR image. Hence, SARES simulates SAR RF based on an object geometry and its physical properties. The adaptation of a ray-tracing technique in this module requires a 3D model of an object of which a SAR signature is simulated.
The Synthetic Aperture Radar Environment Simulator uses a triangle-based 3D object, the most popular object representation for ray-tracing technique. The software simulates Level 1 SAR amplitude images of any given 3D model (a single object or multiple objects). It takes advantage of the newest developments in the GPU cards and related technologies.
Below are the key features that make our Synthetic Aperture Radar Environment Simulator a powerful tool for high-fidelity, real-time radar simulation and analysis.
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Digilogic Systems Limited., headquartered in Hyderabad, is an AS9100D and ISO 9001:2015 certified company offering test solutions and simulation systems for defence and aerospace sectors.
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