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How laser sensors are used in aircraft? 


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Laser sensors are utilized in aircraft for various purposes. They are employed in anti-jamming solutions to enhance sensor efficiency under active jamming scenarios . Laser sensing devices are designed with rotating probes to align laser beams with the aircraft's speed direction, improving detection precision . Additionally, aircraft systems incorporate optical sensors that adjust laser emission intensity based on the operational state of the aircraft, ensuring optimal performance . In robotics and aerospace applications, laser-based sensors aid in navigation, collision avoidance, and mapping tasks, offering high ranging accuracy for platform pose estimation . Laser sensors are also used in plane detection methods, where machine learning models optimize data to identify and classify different medium types, enhancing mapping accuracy and positioning .

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15 Dec 2020
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Laser sensors in aircraft are utilized for navigation, collision avoidance, and mapping tasks. They provide precise platform pose estimation and can achieve millimeter- or centimeter-level ranging accuracy.
Laser sensors in aircraft are utilized for precise detection by aligning probe rotation angles with the vacuum speed direction, enhancing detection accuracy through consistent laser beam emission directions.
Laser sensors in aviation equipment are enhanced with anti-jamming spread spectrum encoding, improving reliability under active jamming and spectral interference, as shown in Matlab-Simulink simulations.
Laser sensors in aircraft are utilized in multiple operational modes, adjusting intensity based on aircraft conditions to enhance sensing capabilities for improved performance and safety.

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