Automatically Segmentation the Car Parts and Generate a Large Car Texture Images

Yan-Yu Lin, C. Yu, Chuen-Horng Lin
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引用次数: 1

Abstract

: This study is segmentation the car parts in a car model data collection and then use the segment car parts to generate large car texture images to provide automatic detection and classification of future 3D car models. The segmentation of car parts proposed in this study is divided into simple and fine car parts segmentation. Since there are few texture images of car parts, this study produces various parts to generate many automobile texture images. First, segment the parts after texture images in an automated method, change the RGB arrangement, change the color, and rotate the parts differently. Also, this study made various changes to the background, and then it randomly combined large texture images with various parts and the background. In the experiment, the car parts were divided into 6 categories: the left door, the right door, the roof, the front body, the rear body, and the wheels. In the performance of automated car parts segmentation technology, the simple and fine car parts segmentation has good results in texture images. Next, the segment car parts and use multiple groups to generate large car texture images automatically. It is hoped that we can practically apply these results to simulation systems.
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自动分割汽车零件并生成大型汽车纹理图像
本研究是对某一汽车模型数据集中的汽车部件进行分割,然后利用分割后的汽车部件生成大型汽车纹理图像,为未来3D汽车模型的自动检测和分类提供依据。本文提出的汽车零件分割方法分为简单分割和精细分割。由于汽车零部件的纹理图像较少,因此本研究采用多种零部件来生成大量的汽车纹理图像。首先,对纹理图像后的部分进行自动分割,改变RGB排列,改变颜色,对部分进行不同的旋转。同时,本研究对背景进行了各种改动,然后将各部分和背景随机组合成大型纹理图像。在实验中,将汽车零部件分为6类:左车门、右车门、车顶、前车身、后车身、车轮。在汽车零件自动分割技术的性能中,简单精细的汽车零件分割在纹理图像上取得了良好的效果。接下来,对汽车零部件进行分割,并使用多组自动生成大型汽车纹理图像。希望我们能将这些结果实际应用到仿真系统中。
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