现有各种目标检测模型及其在车牌自动检测中的应用综述

Aditya Kulkarni, Manali Munot, Sai Salunkhe, Shubham Mhaske, Nilesh B. Korade
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引用次数: 0

摘要

随着从串行到并行计算、GPU、人工智能和深度学习模型等技术的发展,一系列处理复杂图像的工具已经开发出来。本研究的主要重点是比较各种算法(预训练模型)及其在处理复杂图像方面的性能、准确性、时间和局限性。我们使用的预训练模型是CNN、R-CNN、R-FCN和YOLO。这些模型基于python语言,使用TensorFlow、OpenCV等库和免费图像数据库(Microsoft COCO和PAS-CAL VOC 2007/2012)。这些不仅针对目标检测,还针对在适当位置周围构建边界框。因此,通过这次回顾,我们对这些模型及其性能有了更好的了解,并对哪些模型适合各种情况有了一个很好的想法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Survey on Various Available Object Detection Models and Application In Automatic License Plate Detection
With the development in technologies right from serial to parallel computing, GPU, AI, and deep learning models a series of tools to process complex images have been developed. The main focus of this research is to compare various algorithms(pre-trained models) and their contributions to process complex images in terms of performance, accuracy, time, and their limitations. The pre-trained models we are using are CNN, R-CNN, R-FCN, and YOLO. These models are python language-based and use libraries like TensorFlow, OpenCV, and free image databases (Microsoft COCO and PAS-CAL VOC 2007/2012). These not only aim at object detection but also on building bounding boxes around appropriate locations. Thus, by this review, we get a better vision of these models and their performance and a good idea of which models are ideal for various situations.
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