Anti UAV Radar Next-Generation Technology For Effective Target Detection And Classification

  The product is furnished with comprehensive target monitoring and analysis capabilities. It enables the precise positioning of targets on the map and presents their trajectories for display. Furthermore, it incorporates a playback function that empowers users to review past target movements. Concurrently, it can present key parameters in real-time, such as the distance between the target and the observer, the azimuth angle denoting the horizontal direction of the target, the elevation angle indicating the vertical direction, and the speed at which the target is moving.

  The system is equipped with built-in data recording and storage functionality. This feature can comprehensively save not only the target trajectory data but also the radar status information. The stored data supports subsequent playback for in-depth analysis and query operations, facilitating users to access specific data points as required.

  By leveraging AI recognition technology based on "micro-Doppler features" and "track features", the product exhibits powerful target classification and identification capabilities. It can accurately distinguish various target types, including drones (unmanned aerial vehicles commonly used for diverse applications), birds (natural flying creatures), people (whether on foot or in groups), and vehicles (such as cars, trucks, or other motorized transportation means).

  The system integrates advanced machine learning technology, enabling it to autonomously adapt to the current environment. Consequently, it can commence operation directly without the necessity for manual parameter adjustment. This not only saves time but also mitigates the potential for human error in parameter setting.

  To guarantee reliable all-weather operation, the product is equipped with cloud and rain noise suppression capabilities. These capabilities are designed to effectively eliminate interference caused by adverse weather conditions such as clouds and rain, ensuring that the system can function accurately regardless of external weather conditions.

  The software interface provides flexible parameter configuration options. Users can adjust settings such as elevation coverage (which determines the vertical range of monitoring), the target update rate (which influences how frequently new target data is acquired), and the monitoring range (which defines the maximum distance at which the system can detect targets) according to their specific requirements.

  In addition, the product features automatic compensation functions for independent positioning, orientation, elevation, and roll angles. These functions are instrumental in ensuring measurement accuracy, compensating for any potential errors that may arise due to various factors such as equipment tilt or changes in position.

  During system operation, users can comprehensively monitor the equipment working conditions through the real-time status monitoring functionality. This enables them to promptly detect any potential issues, ensuring the stable and efficient operation of the entire system.