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Clustering algorithms to obtain regions of interest: a comparative study.

, , and . Human Vision and Electronic Imaging, volume 3959 of SPIE Proceedings, page 634-643. SPIE, (2000)

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Scanpath memory binding: multiple read-out experiments., , , , , , , and . Human Vision and Electronic Imaging, volume 3644 of SPIE Proceedings, page 495-510. SPIE, (1999)On the discriminability of hROIs, human visually selected regions-of-interest., , , and . Biol. Cybern., 93 (2): 141-152 (2005)The segmentation of cursive handwriting: an approach based on off-line recovery of the motor-temporal information., and . IEEE Trans. Image Processing, 8 (1): 80-91 (1999)Temporal Compositional Processing by a DSOM Hierarchical Model., and . ICANN, volume 1112 of Lecture Notes in Computer Science, page 457-462. Springer, (1996)Segmentation of stereo terrain images., , , , and . Human Vision and Electronic Imaging, volume 3959 of SPIE Proceedings, page 669-679. SPIE, (2000)A neural model for generating and learning a rapid movement sequence., and . Biol. Cybern., 74 (2): 117-130 (1996)Evaluating image processing algorithms that predict regions of interest., and . Pattern Recognit. Lett., 19 (11): 1037-1043 (1998)Representation of human vision in the brain: How does human perception recognize images?, , , , , , and . J. Electronic Imaging, 10 (1): 123-151 (2001)Bottom-up regions-of-interest in observation of robot hand movement: Comparisons with human experiments., , and . SMC, page 3768-3773. IEEE, (2010)Human-vision-based selection of image processing algorithms for planetary exploration., and . IEEE Trans. Image Processing, 12 (8): 917-923 (2003)