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기록

Methods and Systems for Mitigating the Effects of Weather-related Attenuation on Radar Imagery

발명심사 중
20청구항 · 3 독립항
§ Ⅰ

개요

발명자

Nicholas Lloyd Armstrong-Crews; Kenneth T. Ho; Larry Don Smith, JR.; Michael Dane Fina

IPC 분류

G6T 5/70B60W 30/14B60W 40/2G6T 5/50G6T 5/60

CPC 분류

G6T5/70B60W30/143B60W40/2G6T5/50G6T5/60B60W2420/403B60W2420/408B60W2555/20G6T2207/10044G6T2207/20084G6T2207/30192G6T2207/30252

The disclosed technology pertains to methods and systems for mitigating the effects of weather on radar imagery. A computing system may receive radar imagery corresponding to an environment of the vehicle and estimate weather conditions for the environment by using a weather estimation model. The computing system may then determine, based on the estimated weather conditions for the environment, weather-related attenuation effects on the radar imagery and correct the radar imagery by removing the weather-related attenuation effects. The corrected radar imagery can be used for object detection and tracking, which can assist a control system of the vehicle. In some cases, the system may determine that the operational range of the radar system is temporarily reduced and responsively decrease the vehicle's speed until weather conditions improve.

원문 (중국어)

The disclosed technology pertains to methods and systems for mitigating the effects of weather on radar imagery. A computing system may receive radar imagery corresponding to an environment of the vehicle and estimate weather conditions for the environment by using a weather estimation model. The computing system may then determine, based on the estimated weather conditions for the environment, weather-related attenuation effects on the radar imagery and correct the radar imagery by removing the weather-related attenuation effects. The corrected radar imagery can be used for object detection and tracking, which can assist a control system of the vehicle. In some cases, the system may determine that the operational range of the radar system is temporarily reduced and responsively decrease the vehicle's speed until weather conditions improve.