Detection of Spot from Complex Regions Based on Geodesic Distance

Yu-Han Huang, Cheng-li Sun, Bangshu Xiong
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Abstract

Spot detection is an important step in 2D-GE image analysis. The results of Spot detection may substantially influence subsequent stages of gel image analysis. However, in current suggested methods, the detection of spot in complex regions are far from satisfactory. This paper provides an effective method to raise the accuracy of spot detection in complex regions where many protein spots are overlapped. The proposed method firstly employs the Euclidean distance transform to estimate the spot centroids in complex regions and locates new centroids using the geodesic distance measure, then split the spot regions based on geodesic distances according the estimated spot centroids. compared with the existing method, experiments indicated the suggested method has good and efficient performance in the gel detection task.
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基于测地线距离的复杂区域斑点检测
斑点检测是二维ge图像分析的重要步骤。斑点检测的结果可能会大大影响凝胶图像分析的后续阶段。然而,在目前提出的方法中,复杂区域的斑点检测还远远不能令人满意。本文提供了一种有效的方法来提高蛋白质斑点重叠复杂区域的斑点检测精度。该方法首先利用欧几里得距离变换估计复杂区域中的斑点质心,利用测地线距离测量定位新的质心,然后根据估计的斑点质心根据测地线距离对斑点区域进行分割。实验结果表明,该方法在凝胶检测任务中具有良好、高效的性能。
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