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彩色图像区域生长算法的道路分割识别 被引量:2

Region growing algorithm for color image segmentation to identify road
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摘要 将彩色图像区域生长算法应用到智能交通的道路分割中。针对彩色图像,提出了一种简单的颜色特征提取方法。该方法利用中值点法来改进其中种子点的选取方法,并结合RGB彩色空间中像素点的性质确定区域生长准则和终止准则。实验结果表明:该方法在保证区域连通性的同时,也能够有效的分割出道路区域,同时对各种路况有良好的适应性。 In this paper, the color image region growing algorithm is applied to lane segmentation of the in-telligent traffic. This paper presents a simple method for color images feature extraction. The method selects the region growing algorithm for color image processing,uses the median point method to improve the selec-tion of the seed point,and combines with the nature of the pixels in the RGB color space to determine the re-gion growing and termination criteria. The results of experiment show that this method not only ensures the connectivity of the region,but also segment the lane boundary effectively, adapt to a variety of lane conditions.
出处 《自动化与仪器仪表》 2014年第5期158-159,166,共3页 Automation & Instrumentation
关键词 彩色图像特征提取 区域生长 道路分割 Color image feature extraction Region growing Lane segmentation
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  • 1KHAN J, ADHAM I R, BHU IYAN S. A customized Gaborfilter for unsupervised color image segmentation [J]. Imageand Vision Computing, 2009, 27(4): 489-501.
  • 2FRANCH I D, GALLOB P, PLAC ID IG. A shape-basedsegmentation algorithm for X-ray digital subtraction angiog-raphy images [J]. Computer Methods and Pro g ram s inBiomedicine, 2009,94: 267-278.
  • 3PARK JG, LEE C. Skull stripping based on region growingfor magnetic resonance brain imagesfJ]. Neuro image,2009,47(4): 1394-1407.
  • 4DING Jund,i MA Runing, CHEN Song can, eta. 1 A fast di-rected tree based neighborhood clustering for image seg-mentation[J].Lecture Notes in Computer Science, 2006,4233: 369-378.
  • 5ARAUcJOA, COSTAD. Local adaptive receptive fieldself-organizing map for image color segmentation[J]. Im-age and Vision Computing, 2009,27( 9): 1229-1239.
  • 6DING Jund, i MARuning, CHEN Song can, eta .1 Ascale-based connected coherence tree algorithm for imagesegmentationfJ]. IEEE Transactions on Image Processing,2008, 17( 2):204-216.

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