Knowledge Distillation based Compact Model Learning Method for Object Detection

Jong-gook Ko, Wonyoung Yoo
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引用次数: 1

Abstract

Recently, video analysis technology through deep learning has been developing at a very rapid pace, and most of the technology related to improving recognition performance in server environment is being developed. However, in addition to video analysis technology in the existing server environment, the demand of object detection in visual image analysis have been increasing recently in embedded boards of low specification and mobile environments such as smartphones, drones, and industrial boards. Despite the significant improvement in the accuracy of existing object detectors, image processing for real- time applications often requires a lot of runtime. Therefore, many studies are being conducted on lightweight object detection technology, and knowledge distillation is one of the solutions. Efforts such as model compression use fewer parameters, but there is a problem that accuracy is significantly reduced. In this paper, we propose method to improve the performance of lightweight mobilenet-SSD models in object detection by using knowledge transfer methods. We conduct evaluation with PASCAL VOC dataset. Our results show detection accuracy improvement in object detection.
基于知识蒸馏的紧凑模型学习方法在目标检测中的应用
近年来,基于深度学习的视频分析技术得到了飞速的发展,提高服务器环境下的识别性能的相关技术大部分都在开发中。然而,除了现有服务器环境中的视频分析技术外,最近在智能手机、无人机、工业板等低规格嵌入式板和移动环境中,对视觉图像分析中的目标检测的需求也在增加。尽管现有的目标检测器的精度有了很大的提高,但用于实时应用的图像处理通常需要大量的运行时间。因此,人们对轻量化目标检测技术进行了大量的研究,而知识蒸馏就是解决方案之一。诸如模型压缩之类的工作使用较少的参数,但存在一个问题,即准确性大大降低。本文提出了一种利用知识转移方法提高轻量级mobilenet-SSD模型在目标检测方面性能的方法。我们使用PASCAL VOC数据集进行评估。结果表明,目标检测精度得到了提高。
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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