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- Advanced Topology -- Spring 2013 -- final exam (4 categories)
- Boundaries in gray scale images (4 categories)
- Image Simplification (4 categories)
- Image model based on n-pixels and defined in algebraic topology, and applications thereof: patent (4 categories)
- Image segmentation (4 categories)
- Object recognition (4 categories)
- Introduction (4 categories)
- Is the identity function always continuous? (4 categories)
- Calculus is the dual of topology (4 categories)
- A graph, non-tree representation of the topology of a gray scale image by Saveliev (4 categories)
- Pixcavator's references (4 categories)
- Point cloud (4 categories)
- Why do we need differential forms? (4 categories)
- Images appropriate for analysis (4 categories)
- Social choice (4 categories)
- Tree representation of images (4 categories)
- Real analysis: course (4 categories)
- Fantasy math (4 categories)
- Geometry of data (4 categories)
- Math major (4 categories)
- Calculus of differential forms: course (4 categories)
- Topology based method of segmentation of gray scale images by Saveliev (4 categories)
- Image processing: course (4 categories)
- Industrial quality inspection (4 categories)
- Isotropy in numerical PDEs (4 categories)
- Dilation and erosion (4 categories)
- A review of imaging techniques for systems biology (4 categories)
- Developer’s introduction (4 categories)
- Image registration (4 categories)
- Is a constant function always continuous? (4 categories)
- Machine learning (4 categories)
- Mimetic Discretization Methods by Castillo (4 categories)
- Dimension (4 categories)
- CellAnalyst (4 categories)
- Advanced Topology: exercises (4 categories)
- Ayasdi (4 categories)
- Where do differential forms come from? (4 categories)
- Courses (4 categories)
- Saliency (4 categories)
- ImageJ (4 categories)
- Linear algebra: course (4 categories)
- Mathematics of computer vision: course (4 categories)
- Simplex (3 categories)
- Stereo vision (3 categories)
- PDEs (3 categories)
- CellProfiler (3 categories)
- Thickness and length (3 categories)
- Pattern recognition in computer vision (3 categories)
- Able Image Analyser (3 categories)
- Algebraic topology: course (3 categories)