Object Detection Model for Marine Organisms Based on Faster R-CNN

JunHan Hu
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Abstract

With the development of marine resources, image-based biological target detection technology has gradually become the core method of marine ecological monitoring. This paper adopts Faster R-CNN technology, combined with two deep learning models, VGG and ResNet50, to improve the efficiency of target detection and recognition of underwater organisms. By combining large-scale annotated seabed image datasets for training, accurate localization and recognition of biological targets in images can be achieved. Compared to ResNet50, VGG performs better in complex seabed environments, with its mAP 1.75% higher than ResNet50, indicating higher detection accuracy and robustness. Besides, this study provides a practical and feasible solution for underwater ecological monitoring, verifying the excellent performance of ResNet50 in marine biological target detection, and providing an important and reliable support tool for deep-sea scientific research and ecological protection.
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基于更快 R-CNN 的海洋生物物体检测模型
随着海洋资源的开发,基于图像的生物目标检测技术逐渐成为海洋生态监测的核心方法。本文采用 Faster R-CNN 技术,结合 VGG 和 ResNet50 两种深度学习模型,提高了水下生物目标检测与识别的效率。通过结合大规模注释海底图像数据集进行训练,可以实现图像中生物目标的精确定位和识别。与 ResNet50 相比,VGG 在复杂海底环境中的表现更好,其 mAP 比 ResNet50 高 1.75%,表明其具有更高的检测精度和鲁棒性。此外,该研究为水下生态监测提供了切实可行的解决方案,验证了 ResNet50 在海洋生物目标检测中的优异性能,为深海科学研究和生态保护提供了重要而可靠的支持工具。
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