Automatic Vehicle Classification and Counting System Using Inception Model

Moch. Imam Rifai, R. Sudibyo, Arasy Dafa Sulistya Kurniawan, Moch. Zen Samsono Hadi, H. Mahmudah, Nihayatus Sa’adah
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引用次数: 1

Abstract

Transportation is very important in life. The width of road is unable to accommodate the total number of vehicles because every year there is a rapid increase in the number of vehicles, causing congestion. In Indonesia, in 2019 the number of motorized vehicles has reached more than 133 million. The process of calculating vehicle volume data which is still done manually has several drawbacks, such as it takes a long time and errors can occur due to human error. In this study, the design of the system used to classify and calculate the number of vehicles automatically utilizes the Deep Learning Convolutional Neural Network with a pre-trained Inception model. The results of this study on the minimum score threshold scenario of 0.4, the highest True Positive (TP) value was 70.75% and the model get 5 FPS during inferencing process.
基于Inception模型的车辆自动分类与计数系统
交通在生活中很重要。道路的宽度无法容纳车辆的总数,因为每年车辆的数量都在迅速增加,造成拥堵。在印度尼西亚,2019年机动车数量已超过1.33亿辆。计算车辆体积数据的过程仍然是手动完成的,它有几个缺点,例如需要很长时间,并且可能由于人为错误而出现错误。在本研究中,用于自动分类和计算车辆数量的系统设计使用了深度学习卷积神经网络与预训练的盗梦空间模型。本研究结果表明,在最小得分阈值为0.4的场景下,真实阳性(TP)值最高为70.75%,模型在推理过程中获得5 FPS。
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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