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Figures in Chapter 5: The V1 hypothesis---creating a bottom-up saliency map for preattentive selection and segmentation From “ Understanding Vision: theory, models, and data”, by Li Zhaoping , Oxford University Press, 2014. - PowerPoint PPT Presentation

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Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figures in Chapter 5: The V1 hypothesis---creating a bottom-up saliency map for preattentive selection and segmentationFrom “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

Figure from “Understanding Vision: theory, models, and data”, by Li Zhaoping, Oxford University Press, 2014

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