Joint Human Detection and Scene Classification for Flood Search and Rescue Using Multi-task Learning

Tricczia Karlisle Chavez, Jennifer Dela Cruz
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Abstract

Flood is one of the disasters that cost numerous lives in the Philippines and in the world, as well. Search and rescue (SAR) operations are usually focused on general disasters and on the task of human detection alone. In this paper, a multitask learning (MTL) model is created to perform joint human detection and scene classification exclusively for flood occurrences. Various detection and classification models were tested to find YOLOv7 and MobileNetV2 to be the most suited for the tasks. Although the MTL model resulted to be 3.16% smaller than the two models combined, its processing time could still be improved. Upon evaluation, the model achieved an AP of 77.17% and an accuracy of 76.00%, which are not far off from other similar MTL works. Overall, this demonstrated promising capabilities for flood SAR applications.
利用多任务学习为洪水搜救联合进行人员检测和场景分类
洪水是在菲律宾乃至全世界造成无数生命损失的灾害之一。搜救(SAR)行动通常集中在一般灾害和人类探测任务上。本文创建了一个多任务学习(MTL)模型,专门针对洪水灾害进行联合人类检测和场景分类。对各种检测和分类模型进行了测试,发现 YOLOv7 和 MobileNetV2 最适合完成任务。虽然 MTL 模型比这两种模型的总和小 3.16%,但其处理时间仍有待改进。经过评估,该模型的 AP 值为 77.17%,准确率为 76.00%,与其他类似的 MTL 作品相差无几。总体而言,该模型在洪水合成孔径雷达应用方面表现出了良好的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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