UNIMODAL: UAV-Aided Infrared Imaging Based Object Detection and Localization for Search and Disaster Recovery

Shubhabrata Mukherjee, Oliver Coudert, C. Beard
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引用次数: 1

Abstract

We propose a 5G ultra-capacity-aided, UAV-based, live streaming object detection and localization platform named ‘UNIMODAL’ (UAV aided iNfrared IMaging based Object Detection And Localization). We can not only live stream disaster and recovery scenes, but can also detect and localize humans or objects. In addition to using color images or video, it can detect and localize from infrared images and video with remarkable accuracy. We have trained various versions of YOLO including YOLOV3, YOLOV4 and the latest state-of-the art YOLOV7-official [1], and have achieved overall 95.62% mean average precision (MAP) using our object detection and localization model trained from YOLOV4. A detailed comparison between recent versions of YOLO has been performed; also the initial results using YOLOV7-official have been presented. The novel concept, detailed implementation, and preliminary results have been demonstrated in this paper.
单模:用于搜索和灾难恢复的基于无人机辅助红外成像的目标检测和定位
我们提出了一个5G超容量辅助、基于无人机的实时流目标检测和定位平台,名为“UNIMODAL”(无人机辅助红外成像的目标检测和定位)。我们不仅可以直播灾难和恢复场景,还可以检测和定位人或物体。除了使用彩色图像或视频外,它还可以从红外图像和视频中进行检测和定位,精度很高。我们训练了多个版本的YOLO,包括YOLOV3、YOLOV4和最新的YOLOV7-official[1],使用YOLOV4训练的我们的目标检测和定位模型,总体上达到了95.62%的平均精度(MAP)。对最近版本的YOLO进行了详细的比较;并介绍了使用YOLOV7-official的初步结果。本文展示了该系统的新概念、详细实现和初步结果。
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