Ray Tracing Design Kit PathWave System Design (SystemVue)
Ray Tracing is a technique that applies ray optics to radar reflection. This approach can model the reflections of many objects to represent real-world scenarios. A simple user interface allows designers to create an environment scenario with a library of models including vehicles, pedestrians, and stationary roadside objects. Once the location of the radar emitter is defined, the engine calculates the reflections from all the objects in the scenario and provides an environment model that can be passed to PathWave System Design (SystemVue) for inclusion in a radar system simulation.
The Ray Tracing Design Kit offers automotive radar system developers a high-fidelity scenario modeling capability to enhance their current system design flow. The user interface is launched from within PathWave System Design (SystemVue). The tool offers several configurations to trade off accuracy for speed, including overall scenario time, ray density, field of view (FOV) and model fidelity.
Key Technical Features of the Ray Tracing Design Kit
•Shooting and bouncing ray (SBR) based Multiple Ray Tracing (MRT) technique
•Calculates time-varying channel response from a single radar source
•Material properties are used for edge scattering and surface roughness calculations for increased accuracy of complex scenarios
•Library of models for both vehicles, pedestrians, and stationary objects, expandable by import of standard CAD format models by users
•The output of the Ray Tracing Design Kit works in conjunction with the PathWave System Design Automotive Radar Library W1908EP/ET
W1908EP 、 W1908ET 、 W1464BP 、 W1464BT 、 W1467BP 、 W1467BT 、 W1725EP 、 W1725ET |
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Datasheet |
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Please see the document for details |
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English Chinese Chinese and English Japanese |
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December 19, 2019 |
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3119-1115.EN |
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1.5 MB |
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