Ma Lei, Zhang Xiao-Ping, Si Jennie, Abousleman Glen P
Department of Electrical Engineering, Arizona Sate University, Temple, AZ 85287, USA.
IEEE Trans Image Process. 2005 Dec;14(12):2073-81. doi: 10.1109/tip.2005.857277.
In this paper, we introduce a new image segmentation scheme that is based on bidirectional labeling and registration and prove that its segmentation performance is equivalent to that of the conventional watershed segmentation algorithm. The proposed bidirectional labeling and registration scheme, which we refer to as bidirectional labeling and registration scheme (BIDS), involves only linear scans of image pixels. It uses one-dimensional operations rather than the queues that are used in traditional segmentation algorithms, which are two-dimensional problems. BIDS also provides unique labels for individual homogeneous regions. In addition to achieving the same segmentation results, BIDS is four times less computationally complex than the conventional watershed by immersion technique.
在本文中,我们介绍了一种基于双向标记和配准的新图像分割方案,并证明其分割性能与传统分水岭分割算法相当。所提出的双向标记和配准方案,我们称之为双向标记和配准方案(BIDS),仅涉及对图像像素的线性扫描。它使用一维操作,而不是传统分割算法中使用的队列,传统分割算法是二维问题。BIDS还为各个同质区域提供唯一标签。除了获得相同的分割结果外,BIDS的计算复杂度比传统的浸入式分水岭算法低四倍。