Moving Vehicle Classification Using Pixel Quantity Based on Gaussian Mixture Models

Bayu Charisma Putra, Budi Sctiyono, D. Sulistyaningrum, Soetrisno, I. Mukhlash
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引用次数: 6

Abstract

One problem of transportation that often happens is the traffic congestion. In order to address this problem, the information related to traffic are needed, such as type and total number of vehicles that passes certain road. This research discussed classification of the types of vehicles using pixel quantity. The Gaussian Mixture Models (GMM) used to extract foreground and background images. To classify vehicles, we use a quantity of pixels in which the amount is obtained based on the experiment. In the last stage, tracking and counting on vehicles passing through Region of Interest according to the classified type. The result is an algorithm capable for classifying type of vehicles with a high degree of accuracy. The experiments were carried out with two road conditions, namely a quiet and crowded road. On a quite road, the Kedung Cowek street and Wonokromo street, we obtained accuracy of 98.87% and 96.67% respectively. While on the crowded road, the Diponegoro street and Pemuda street, we get accuracy of 95.45% and 89.13%.
基于高斯混合模型的像素量移动车辆分类
交通堵塞是经常发生的交通问题之一。为了解决这个问题,需要与交通相关的信息,例如通过某条道路的车辆的类型和总数。本研究探讨了利用像元数量对车辆类型进行分类。高斯混合模型(GMM)用于提取前景和背景图像。为了对车辆进行分类,我们使用一个像素数,其中的像素数是根据实验得到的。最后,根据分类类型对通过感兴趣区域的车辆进行跟踪和计数。结果是一种能够对车辆类型进行高度准确分类的算法。实验在两种道路条件下进行,即安静和拥挤的道路。在安静的道路,Kedung Cowek街和Wonokromo街,准确率分别为98.87%和96.67%。而在拥挤的道路上,Diponegoro街和Pemuda街,准确率分别为95.45%和89.13%。
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