1. MIDAG@UNC Geometry-driven Diffusion

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13. MIDAG@UNC Linear Diffusion Results in Drifting Maxima

14. MIDAG@UNC Perona Diffusion Keeps Some Edges Through Scale

15. MIDAG@UNC Compare Margarine

16. MIDAG@UNC Bilateral Filtering: VCD and form system ä Think: form system input to diffusion process, and diffusion. ä Blurs within boundary by using a weighting function that is the product of two Gaussians: ä Gaussian with a spatial kernel: closer pixels have higher weight. ä Gaussian in the intensity domain: higher weights for pixels with similar intensities. ä Dorsey, 2002 ä Think: form system input to diffusion process, and diffusion. ä Blurs within boundary by using a weighting function that is the product of two Gaussians: ä Gaussian with a spatial kernel: closer pixels have higher weight. ä Gaussian in the intensity domain: higher weights for pixels with similar intensities. ä Dorsey, 2002