This site is being phased out.
Pages with the most categories
From Mathematics Is A Science
Jump to navigationJump to searchShowing below up to 500 results in range #21 to #520.
View (previous 500 | next 500) (20 | 50 | 100 | 250 | 500)
- Image analysis for a hand-held diagnostic device (10 categories)
- Counting sealed brood in bee frames (9 categories)
- Melanoma (9 categories)
- Mobility and distribution of chlorophyll proteins (9 categories)
- Sub-pixel accuracy for distance measurement (9 categories)
- Measuring micromechanical parameters of fiberglass (9 categories)
- Membranes containing proteins (9 categories)
- Human vision vs. computer vision (9 categories)
- Testing vaccine spray/aerosol droplets (9 categories)
- Corneas of rats (9 categories)
- Measurement statistics of fibers (9 categories)
- Evaluation of quality of seeds (9 categories)
- Measuring a needle (9 categories)
- Measuring staining in the liver (9 categories)
- Cluster size effects in molecular beam scattering (9 categories)
- Measuring the volume of prostate cancer tumor (9 categories)
- Crystallites (9 categories)
- Flow-through pore diameters (8 categories)
- Blood vessels (8 categories)
- Analysis of SEM images of alloy (8 categories)
- Corneal endothelial cells of the human eye (8 categories)
- Drusen contours (8 categories)
- Nanotechnology (8 categories)
- Properties of stones for railway foundation (8 categories)
- Inspecting semiconductor wafers (8 categories)
- Iceberg is born (8 categories)
- Breast carcinoma detection (8 categories)
- Measuring seedling area (8 categories)
- Metallurgical image analysis (8 categories)
- Hose measurements (8 categories)
- Measuring chromosomes (8 categories)
- Immunohistochemical detection in a study of hypertension (8 categories)
- Counting cones in a mouse's retina (8 categories)
- Measuring electronic components (8 categories)
- Colorant dispersion (8 categories)
- Antimicrobial study of a medicinal plant (8 categories)
- Fungi kill spiders (8 categories)
- Counting fixed and live red blood cells (8 categories)
- Detecting a small breast cancer tumor (7 categories)
- Ophthalmology diagnosis (7 categories)
- Cell metal segregation and ultramicroscopy (7 categories)
- Evaluating ratio meat/fat (7 categories)
- Leukemia cells (7 categories)
- Solar flares (7 categories)
- Evaluating ratio meat/fat 2 (7 categories)
- Analysis of sample images (7 categories)
- Control of electron transport (7 categories)
- Fish counting (7 categories)
- Thermal imaging (7 categories)
- Geometry of corneocytes imaged with fluorescent microscopy (7 categories)
- Counting chocolates in a box (7 categories)
- Bioelectrical signals control stem cell progeny (7 categories)
- Satellite image of Sicily (7 categories)
- Anticancer property of gallic acid (7 categories)
- MRI (7 categories)
- Defective spring (7 categories)
- Wall of a blood vessel (7 categories)
- Particle cleaning process (7 categories)
- Measuring holes in a gasket (7 categories)
- Current students' projects (6 categories)
- Fluorescent images for tumor demarcation (6 categories)
- Diffusion (6 categories)
- Computational science training: 2012 (6 categories)
- Discrete Calculus: Applied Analysis on Graphs for Computational Science by Grady and Polimeni (6 categories)
- Mosaic making (6 categories)
- Test (5 categories)
- Evaluating image-to-image search (5 categories)
- JPlex examples (5 categories)
- 3D image analysis (5 categories)
- Precision and recall (5 categories)
- The topology of data (5 categories)
- Differential forms: review questions (5 categories)
- Visual image search engines (5 categories)
- Applied Topology and Geometry (5 categories)
- Differential forms and cohomology: course (5 categories)
- Applied Topology and Geometry: preface (5 categories)
- Differential forms: course (5 categories)
- Homology software (5 categories)
- Discrete Calculus. An Introduction (5 categories)
- Modern Thermodynamics by John Denker (5 categories)
- Discrete differential geometry (5 categories)
- Why Pixcavator works (5 categories)
- Seurat's painting (5 categories)
- JPlex (5 categories)
- CHomP (5 categories)
- Differential forms: exams (5 categories)
- Why do we need differential forms? (4 categories)
- Pixcavator's references (4 categories)
- Point cloud (4 categories)
- Linear algebra: course (4 categories)
- Mathematics of computer vision: course (4 categories)
- ImageJ (4 categories)
- Real analysis: course (4 categories)
- Social choice (4 categories)
- Tree representation of images (4 categories)
- Home of Math (4 categories)
- Calculus of differential forms: course (4 categories)
- Topology based method of segmentation of gray scale images by Saveliev (4 categories)
- A review of imaging techniques for systems biology (4 categories)
- Examples of image analysis (4 categories)
- Fields related to computer vision (4 categories)
- Developer’s introduction (4 categories)
- Dilation and erosion (4 categories)
- Modeling with discrete exterior calculus (4 categories)
- Image Sequences (4 categories)
- CellAnalyst (4 categories)
- Image segmentation (4 categories)
- Object recognition (4 categories)
- Introduction (4 categories)
- Advanced Topology: exercises (4 categories)
- Is the identity function always continuous? (4 categories)
- Ayasdi (4 categories)
- Courses (4 categories)
- Dimension (4 categories)
- Image Simplification (4 categories)
- Image model based on n-pixels and defined in algebraic topology, and applications thereof: patent (4 categories)
- Where do differential forms come from? (4 categories)
- Saliency (4 categories)
- Images appropriate for analysis (4 categories)
- Advanced Topology: midterm (4 categories)
- Vector calculus: course (4 categories)
- PageRank patent (4 categories)
- Topological features of images (4 categories)
- Pixcavator SDK (4 categories)
- Pixcavator open source (4 categories)
- Fantasy math (4 categories)
- Geometry of data (4 categories)
- Math major (4 categories)
- Voting: algebra and topology (4 categories)
- PageRank (4 categories)
- Industrial quality inspection (4 categories)
- Clustering (4 categories)
- Advanced Topology -- Spring 2013 -- final exam (4 categories)
- Isotropy in numerical PDEs (4 categories)
- Boundaries in gray scale images (4 categories)
- Image processing: course (4 categories)
- A graph, non-tree representation of the topology of a gray scale image by Saveliev (4 categories)
- Is a constant function always continuous? (4 categories)
- Machine learning (4 categories)
- Mimetic Discretization Methods by Castillo (4 categories)
- Calculus is the dual of topology (4 categories)
- Image registration (4 categories)
- Publications that use Pixcavator (3 categories)
- Watercolors (3 categories)
- Smoothing (3 categories)
- StackExchange (3 categories)
- PageRank: testing (3 categories)
- Pixcavator VS solution (3 categories)
- Number theory: course (3 categories)
- A graph representation of the topology of color images by Saveliev (3 categories)
- Coloring objects (3 categories)
- Algorithm for grayscale images (3 categories)
- Computational topology (3 categories)
- Fingerprint identification (3 categories)
- Connectivity (3 categories)
- Average contrast (3 categories)
- Fourier transform (3 categories)
- Contrast (3 categories)
- Functions in higher dimensions (3 categories)
- Geometric complexes (3 categories)
- Current classes (3 categories)
- Locations (3 categories)
- CHomP examples (3 categories)
- Cycles in images (3 categories)
- Homology of images (3 categories)
- Metric tensor in dimensions 1 and 2 (3 categories)
- How to use Pixcavator (3 categories)
- Calculus of chain maps (3 categories)
- Image analysis software (3 categories)
- Drusen contour (3 categories)
- Purchase Pixcavator (3 categories)
- Wikipedia (3 categories)
- Roundness (3 categories)
- Stages of analysis (3 categories)
- PageRank: the math (3 categories)
- The topology of a color image (3 categories)
- Topology (3 categories)
- Pixcavator's system requirements (3 categories)
- Topology based method of partition, analysis, and simplification of dynamical images: patent (3 categories)
- Pixel (3 categories)
- Intensity (3 categories)
- Adding pixels (3 categories)
- Applications of Computational Topology by Christopher Johnson (3 categories)
- Arc-length and curvature (3 categories)
- Fluid flow (3 categories)
- Axioms of calculus (3 categories)
- Gauss-Bonnet theorem (3 categories)
- Blur (3 categories)
- Geometry (3 categories)
- Graph (3 categories)
- Lomonosov's invariant subspace theorem for multivalued linear operators by Saveliev (3 categories)
- Principal Component Analysis (3 categories)
- Vector calculus: exercises (3 categories)
- Robustness of geometry (3 categories)
- PageRank as a flow (3 categories)
- The geometry a gray scale image (3 categories)
- Patents and mathematics (3 categories)
- Topology 1: course (3 categories)
- Photoshop (3 categories)
- Topology vs algebra vs geometry (3 categories)
- PlanetMath (3 categories)
- Image search (3 categories)
- Addition is continuous (3 categories)
- Computation error (3 categories)
- Is the max of two continuous functions continuous? (3 categories)
- Applications of Lefschetz numbers in control theory by Saveliev (3 categories)
- Binary images (3 categories)
- Books on computer vision (3 categories)
- Geometry in calculus (3 categories)
- Graph representation of gray scale images (3 categories)
- Calculus / algebra = topology (3 categories)
- Darcy's flow (3 categories)
- Material science (3 categories)
- Differential Forms: A Complement to Vector Calculus by Weintraub (3 categories)
- Measuring objects (3 categories)
- Homology of parametric images by Saveliev (3 categories)
- Motion tracking (3 categories)
- Image manipulation (3 categories)
- RGB color model (3 categories)
- When is a cubical complex a surface? (3 categories)
- Robustness of topology (3 categories)
- Statistics: course (3 categories)
- PageRank as a probability distribution (3 categories)
- Parametrized complexes (3 categories)
- Topology 2: course (3 categories)
- Pixcavator DLL (3 categories)
- Topology for Computing by Zomorodian (3 categories)
- Torus (3 categories)
- Cells and cell complexes (3 categories)
- Is a set a subset of itself? (3 categories)
- Analysis strategy (3 categories)
- Computational Homology by Kaczynski, Mischaikow, Mrozek (3 categories)
- Filtering output data (3 categories)
- Applied Differential Geometry by Burke (3 categories)
- Forensic image analysis (3 categories)
- Freshman's introduction to discrete calculus (3 categories)
- Counting (3 categories)
- Binary images - implementation (3 categories)
- Graph representation of images (3 categories)
- Calculus 1: course (3 categories)
- MathOverflow (3 categories)
- Measuring (3 categories)
- Microscopy (3 categories)
- Web search (3 categories)
- Overview (3 categories)
- PageRank as a solution of a matrix equation (3 categories)
- Pixcavator FAQ (3 categories)
- Topology graph (3 categories)
- Transformations (3 categories)
- CellProfiler (3 categories)
- Inclusion tree (3 categories)
- Object tracking (3 categories)
- Able Image Analyser (3 categories)
- Algebraic topology: course (3 categories)
- Khan Academy (3 categories)
- Area (3 categories)
- Background removal (3 categories)
- From Calculus to Cohomology by Madsen (3 categories)
- Basics Of Image Processing (3 categories)
- Binary watershed (3 categories)
- Graph representation of topology of color images (3 categories)
- MATLAB (3 categories)
- Group theory: course (3 categories)
- Manifolds model a curved universe (3 categories)
- Calculus 3: course (3 categories)
- Homology of cell complexes: course (3 categories)
- How do you count holes in a binary image? (3 categories)
- Robustness of topology of digital images and point clouds by Saveliev (3 categories)
- Simplex (3 categories)
- Stereo vision (3 categories)
- PDEs (3 categories)
- Thickness and length (3 categories)
- Pattern recognition in computer vision (3 categories)
- Images as functions of two variables (3 categories)
- Advanced Topology -- Spring 2013 (3 categories)
- Algebra and analytic geometry: course (3 categories)
- Color image analysis (3 categories)
- Is every set either open or closed? (3 categories)
- Computational science training: 2010 projects (3 categories)
- Bad math (3 categories)
- Customization (3 categories)
- MIT OpenCourseWare (3 categories)
- Calculus Two by Flanigan and Kazdan (3 categories)
- Image analysis (3 categories)
- Image processing (3 categories)
- Processing time (3 categories)
- Online lecture notes (3 categories)
- Particle and cell analysis (3 categories)
- Thresholding (3 categories)
- Pay-per-image analysis (3 categories)
- Point-set topology: course (3 categories)
- Edge detection (3 categories)
- Center of mass (3 categories)
- Objects in binary images (3 categories)
- Chains vs cochains (3 categories)
- Introduction to abstract mathematics: course (3 categories)
- Computational science training: 2011 projects (3 categories)
- Linear Algebra by Messer (3 categories)
- Gestalt and computer vision (3 categories)
- Gray scale watershed (3 categories)
- Calculus 2: course (3 categories)
- Math online (3 categories)
- Differential equations: course (3 categories)
- Measuring with dot grid (3 categories)
- Homology of filtrations (3 categories)
- Diffusion with various geometry (3 categories)
- Image analysis consultation (3 categories)
- Does the centroid of a lamina always fall within the area of a lamina? (3 categories)
- User's introduction (3 categories)
- Vector calculus: review (3 categories)
- Projects (3 categories)
- Report generation (3 categories)
- Spreadsheets (3 categories)
- Tessellation (3 categories)
- PageRank's dependence on the damping factor (3 categories)
- Pixcavator's output table (3 categories)
- Centroid (3 categories)
- Objects in gray scale images (3 categories)
- Euclidean space (3 categories)
- Algorithm for binary images (3 categories)
- Approaches to image analysis (3 categories)
- Betti numbers (3 categories)
- Blob (3 categories)
- Geometric Hodge duality (3 categories)
- Grayscale images (3 categories)
- Metric tensor (3 categories)
- Digimizer (3 categories)
- Calculus as a part of topology (3 categories)
- How to contribute (3 categories)
- Image-to-image search (3 categories)
- Discrete exterior calculus (3 categories)
- Tutorial (2 categories)
- Precalculus with Scientific Applications -- Spring 2016 (2 categories)
- Vector calculus: exam 3 (2 categories)
- Vector calculus: test 1 (2 categories)
- Properties of homology groups (2 categories)
- What is Mobius band homeomorphic to? (2 categories)
- Rotation group (2 categories)
- Second derivative and the Laplacian (2 categories)
- Students research projects (2 categories)
- Operations on functions (2 categories)
- Tangent cone (2 categories)
- The derivative (2 categories)
- The topology of a binary image (2 categories)
- Peter Saveliev's publications (2 categories)
- Topology II -- final exam (2 categories)
- Pixcavator web app (2 categories)
- Tree (2 categories)
- Image resolution (2 categories)
- Inner product spaces: part 1 (2 categories)
- Intelligent Perception (2 categories)
- Elementary Linear Algebra -- Spring 2018 -- midterm (2 categories)
- Cochain complex (2 categories)
- Intro to Higher Mathematics -- Spring 2016 -- midterm (2 categories)
- Advanced Calculus I -- Fall 2016 -- final exam (2 categories)
- College Algebra -- Fall 2011 (2 categories)
- Introduction to discrete calculus, continued (2 categories)
- College Algebra -- Fall 2018 (2 categories)
- Is a continuous function always differentiable? (2 categories)
- Is projection a quotient function? (2 categories)
- Is the intersection of two linear subspaces always a linear subspace? (2 categories)
- Applied Calculus -- Spring 2015 (2 categories)
- Contemporary Abstract Algebra by Gallian (2 categories)
- Lengths of curves (2 categories)
- Limits and continuity (2 categories)
- Barycentric subdivision (2 categories)
- Convex set (2 categories)
- Boundary group (2 categories)
- Grayscale images - implementation (2 categories)
- Machine vision (2 categories)
- Calculus 1: midterm 1 solutions (2 categories)
- Guide for contributors (2 categories)
- Calculus 2: final (2 categories)
- Calculus 3: test 2 (2 categories)
- Hodge duality of differential forms (2 categories)
- Differential Equations -- Spring 2017 (2 categories)
- Means (2 categories)
- Calculus II -- Fall 2012 (2 categories)
- Homology as a vector space (2 categories)
- Differential equations: final exam (2 categories)
- Calculus II -- Fall 2018 -- midterm (2 categories)
- Homology in dimension 1 (2 categories)
- Calculus I -- Fall 2016 -- final (2 categories)
- Digital Image Analysis with Medical Images (2 categories)
- Calculus by Rogawski (2 categories)
- Discrete Hodge star operator (2 categories)
- Discrete forms (2 categories)
- Calculus with Analytic Geometry III -- Spring 2012 (2 categories)
- Precalculus with Scientific Applications -- Spring 2016 -- midterm (2 categories)
- Vector calculus: exam 4 (2 categories)
- Products (2 categories)
- Vector calculus: test 2 (2 categories)
- What is the difference between binary and gray scale images? (2 categories)
- Testing Pixcavator (2 categories)
- Parametric images (2 categories)
- Topology II -- midterm (2 categories)
- Pixcavator help (2 categories)
- Topology of proteins (2 categories)
- Image scaling (2 categories)
- Elementary Linear Algebra -- Spring 2018 (2 categories)
- Number theory: exercises (2 categories)
- Change of variables in vector spaces (2 categories)
- A new look at continuity (2 categories)
- Elementary Linear Algebra -- Spring 2019 (2 categories)
- Intro to Higher Mathematics -- Spring 2018 (2 categories)
- College Algebra -- Fall 2013 (2 categories)
- Introductory algebraic topology: review exercises (2 categories)
- College Algebra -- Fall 2018 -- midterm (2 categories)
- Is a differentiable function always continuous? (2 categories)
- Is the inverse of a continuous function always continuous? (2 categories)
- Applied Calculus -- Spring 2015 -- final exam (2 categories)
- Continuity as accuracy (2 categories)
- Frames (2 categories)
- Functions of several variables (2 categories)
- Linear algebra: exercises (2 categories)
- Boundary operator (2 categories)
- Cylinder (2 categories)
- Major and minor axes (2 categories)
- Calculus 1: midterm 2 (2 categories)
- Material derivative (2 categories)
- Calculus 2: test 1 (2 categories)
- Higher order Nielsen numbers by Saveliev (2 categories)
- Determinants of linear operators (2 categories)
- Calculus I, the discrete version (2 categories)
- Differential Equations Demystified by Krantz (2 categories)
- Calculus II -- Fall 2012 -- final exam (2 categories)
- Differential equations: midterm (2 categories)
- Calculus II -- Spring 2018 (2 categories)
- Homology in dimension 2 (2 categories)
- Digital curves (2 categories)
- Calculus by Stewart (2 categories)
- Discrete calculus (2 categories)
- Moments (2 categories)
- Image Processing Handbook by Russ (2 categories)
- Discrete forms and cochains (2 categories)
- Motion planning in robotics (2 categories)
- Calculus with Analytic Geometry III -- Spring 2014 (2 categories)
- Image formats (2 categories)
- Vietoris-Rips complex (2 categories)
- Wave equation from Maxwell equations (2 categories)
- RGB channels (2 categories)
- Real analysis: final 1 (2 categories)
- Selection votes (2 categories)
- Symmetry (2 categories)
- Optical density (2 categories)
- Output tab (2 categories)
- The topology of a gray scale image (2 categories)
- Topological data analysis (2 categories)
- Topology I -- Fall 2013 (2 categories)
- Pixcavator's user's license (2 categories)
- Triangle inequality (2 categories)
- Cell (2 categories)
- Cells (2 categories)
- ODEs (2 categories)
- Chain complexes of cell complexes (2 categories)
- A Combinatorial Introduction to Topology by Henle (2 categories)
- Cochain complexes and cohomology (2 categories)
- Intro to Higher Mathematics -- Spring 2018 -- midterm (2 categories)
- Advanced Linear Algebra -- Fall 2013 (2 categories)
- Euler-Poincare formula (2 categories)
- College Algebra -- Fall 2013 -- final exam (2 categories)
- College Algebra by Ratti and McWaters (2 categories)
- Is a restriction of a continuous function always continuous? (2 categories)
- Is the complement of a linear subspace always a linear subspace? (2 categories)
- Applied Calculus -- Spring 2015 -- midterm (2 categories)
- Lamina (2 categories)
- Axioms of chain complexes (2 categories)
- Free Pixcavator license (2 categories)
- Basic Linear Algebra by Blyth and Robertson (2 categories)
- Linear algebra: final (2 categories)
- Gaussian (2 categories)
- Boundary operator of simplicial complexes (2 categories)
- Calculus 1: midterm 2 solutions (2 categories)
- Calculus 2: test 2 (2 categories)
- Calculus III -- Fall 2017 (2 categories)
- Calculus II -- Fall 2012 -- midterm (2 categories)
- Differential equations: test 1 (2 categories)
- Calculus II -- Spring 2018 -- midterm (2 categories)
- Differential forms: homework 9 (2 categories)
- Calculus I -- Fall 2017 (2 categories)
- Calculus exercises: advanced (2 categories)
- Discrete calculus: contributors (2 categories)
- Calculus with Analytic Geometry III -- Spring 2015 (2 categories)
- Dual cells and dual forms (2 categories)
- Union of a finite collection of closed sets is closed (2 categories)
- Preface (2 categories)
- Vector and complex variables (2 categories)
- Vector calculus: final (2 categories)
- Weather (2 categories)
- Real analysis: final 2 (2 categories)
- Wrong math (2 categories)
- Reverse image search (2 categories)
- Simply connected spaces (2 categories)
- Systems of ODEs (2 categories)
- Over-the-phone image analysis tutorial (2 categories)
- Topology I -- Fall 2013 -- final exam (2 categories)
- Triangulation (2 categories)
- Noise (2 categories)
- Installing Pixcavator (2 categories)
- A First Course in Real Analysis by Protter and Morrey (2 categories)
