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- Computational topology (3 categories)
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- Lomonosov's invariant subspace theorem for multivalued linear operators by Saveliev (3 categories)
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- Point-set topology: course (3 categories)
- Gaussian (2 categories)
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- Calculus 1: final exam (2 categories)
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- Calculus exercises: part III (2 categories)
- Calculus on cubical complexes (2 categories)
- ODEs (2 categories)
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- A New Kind of Science by Wolfram (2 categories)
- Intro to Higher Mathematics -- Spring 2018 -- midterm (2 categories)
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- Topology II -- Spring 2014 -- midterm (2 categories)
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- Point-set topology: exercises (2 categories)
- Precalculus with Applications -- Spring 2019 (2 categories)
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- Homology of surfaces (2 categories)
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- Differential Equations -- Fall 2011 (2 categories)
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- Differential equations: exercises (2 categories)
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- More about manifolds (2 categories)
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- Eigenvalues and eigenvectors of linear operators (2 categories)
- Integer-valued calculus (2 categories)
- Cell decomposition of images (2 categories)
- Elementary Statistics by Bluman (2 categories)
- Introduction to Topology: Pure and Applied by Adams and Franzosa (2 categories)
- Acyclic ranking (2 categories)
- Invertible function (2 categories)
- Exact forms are orthogonal to co-closed forms (2 categories)
- Advanced Calculus I -- Fall 2016 (2 categories)
- Is an open interval homeomorphic to a closed one? (2 categories)
- Is the image of a closed set under a contiuous function closed? (2 categories)
- College Algebra -- Fall 2016 -- midterm (2 categories)
- Is the union of two linear subspaces always a linear subspace? (2 categories)
- Filtration (2 categories)
- Fixed Points and Coincidences by Saveliev (2 categories)
- Lefschetz coincidence theory for maps between spaces of different dimensions by Saveliev (2 categories)
- Forms (2 categories)
- Linear Algebra -- Spring 2013 (2 categories)
- Contact us (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)
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- Topology of proteins (2 categories)
- Precalculus with Scientific Applications -- Spring 2016 -- midterm (2 categories)
- Linear algebra: test 1 (2 categories)
- Barycentric subdivision (2 categories)
- Linear independence (2 categories)
- Convex set (2 categories)
- Gray scale function (2 categories)
- Group theory: final exam (2 categories)
- Boundary group (2 categories)
- Hodge dual (2 categories)
- Calculus 1: midterm 1 solutions (2 categories)
- Maxwell equations (2 categories)
- Calculus 2: final (2 categories)
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- Differential Equations -- Spring 2017 (2 categories)
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- Differential equations: final exam (2 categories)
- Calculus II -- Fall 2018 -- midterm (2 categories)
- Midtearm (2 categories)
- How to compute Betti numbers (2 categories)
- Calculus I -- Fall 2016 -- final (2 categories)
- Modern Algebra I -- Fall 2011 (2 categories)
- More metric complexes (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)
- Objects and holes (2 categories)
- Intersection of a finite collection of open sets is open (2 categories)
- Equilibria of dynamical systems (2 categories)
- Introduction to Topology by Gamelin and Greene (2 categories)
- Is Mobius strip homeomorphic to the cylinder? (2 categories)
- Cochain complex (2 categories)
- Advanced Calculus I -- Fall 2016 -- final exam (2 categories)
- College Algebra -- Fall 2011 (2 categories)
- Is the image of an open set under a continuous function open? (2 categories)
- College Algebra -- Fall 2018 (2 categories)
- Klein bottle (2 categories)
- Forms in Euclidean spaces (2 categories)
- Applied Calculus -- Spring 2015 (2 categories)
- Linear Algebra -- Spring 2013 -- final exam (2 categories)
- Contemporary Abstract Algebra by Gallian (2 categories)
- Vietoris-Rips complex (2 categories)
- Wave equation from Maxwell equations (2 categories)
- RGB channels (2 categories)
- Real analysis: final 1 (2 categories)
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- Symmetry (2 categories)
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- 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)
- Linear algebra: test 2 (2 categories)
- Group theory: test 1 (2 categories)
- Boundary operator (2 categories)
- Hawaiian earring (2 categories)
- Cylinder (2 categories)
- Calculus 1: midterm 2 (2 categories)
- Calculus 2: test 1 (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)
- Midterm (2 categories)
- How to compute homology (2 categories)
- Digital curves (2 categories)
- Calculus by Stewart (2 categories)
- Discrete calculus (2 categories)
- Nested boundaries (2 categories)
- Discrete forms and cochains (2 categories)
- Calculus with Analytic Geometry III -- Spring 2014 (2 categories)
- Elementary Linear Algebra -- Spring 2018 (2 categories)
- Integration of differential forms of degree 2 (2 categories)
- Intersection of any collection of closed sets is closed (2 categories)
- Change of variables in vector spaces (2 categories)
- A new look at continuity (2 categories)
- Is a closed subset of a compact space always compact? (2 categories)
- Exact sequences (2 categories)
- Is infinity a limit? (2 categories)
- College Algebra -- Fall 2013 (2 categories)
- Is the inclusion always continuous? (2 categories)
- College Algebra -- Fall 2018 -- midterm (2 categories)
- Faraday's Law (2 categories)
- Find the point of the graph nearest to 0 (2 categories)
- Known problems (2 categories)
- Fixed points and selections of set valued maps on spaces with convexity by Saveliev (2 categories)
- Applied Calculus -- Spring 2015 -- final exam (2 categories)
- Continuity as accuracy (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)
- Union of a finite collection of closed sets is closed (2 categories)
- Preface (2 categories)
- Axioms of chain complexes (2 categories)
- Basic Linear Algebra by Blyth and Robertson (2 categories)
- Group theory: test 2 (2 categories)
- Boundary operator of simplicial complexes (2 categories)
- Mathematics (2 categories)
- Hodge duality of cubical forms (2 categories)
- Calculus 1: midterm 2 solutions (2 categories)
- Mean Value Theorem (2 categories)
- Homology as a group (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)
- Notation (2 categories)
- Dual cells and dual forms (2 categories)
- Inner product (2 categories)
- Cell (2 categories)
- Cells (2 categories)
- Chain complexes of cell complexes (2 categories)
- A Combinatorial Introduction to Topology by Henle (2 categories)
- Intro to Higher Mathematics -- Spring 2016 (2 categories)
- Introduction to discrete calculus (2 categories)
- Euler number of digital images (2 categories)
- Cochain complexes and cohomology (2 categories)
- Advanced Linear Algebra -- Fall 2013 (2 categories)
- Is infinity a number? (2 categories)
- College Algebra -- Fall 2013 -- final exam (2 categories)
- Is the intersection of any collection of open sets always open? (2 categories)
- College Algebra by Ratti and McWaters (2 categories)
- Feature requests (2 categories)
- Find the smallest set containing 1/2 and closed under addition (2 categories)
- Kunneth formula (2 categories)
- Applied Calculus -- Spring 2015 -- midterm (2 categories)
- Functions (2 categories)
- Probability references (2 categories)
- Vector calculus: final 2 (2 categories)
- Prove that the composition of continuous functions is continuous (2 categories)
- Real analysis: test 1 (2 categories)
- Singular chain complexes (2 categories)
- Statistics: final exam (2 categories)
- The algebra of chains (2 categories)
- Topological event (2 categories)
- Topology II -- Spring 2012 (2 categories)
- Physics (2 categories)
- Topology I -- Fall 2013 -- midterm (2 categories)
- Poincare-Hopf index theorem (2 categories)
- Posterization (2 categories)
- Union of any collection of open sets is open (2 categories)
- Basic Topology by Armstrong (2 categories)
- Grayscale images - implementation (2 categories)
- Border contrast (2 categories)
- Machine vision (2 categories)
- Guide for contributors (2 categories)
- Data made Euclidean (2 categories)
- Hodge duality of differential forms (2 categories)
- Calculus 1: test 1 (2 categories)
- Means (2 categories)
- Homology as a vector space (2 categories)
- Calculus 2: test 3 (2 categories)
- Homology in dimension 1 (2 categories)
- Calculus III -- Fall 2017 -- midterm (2 categories)
- Differential calculus (2 categories)
- Calculus II -- Fall 2014 (2 categories)
- Differential equations: test 2 (2 categories)
- Calculus II -- Spring 2019 (2 categories)
- Calculus I -- Fall 2017 -- midterm (2 categories)
- Calculus Illustrated -- Notation (2 categories)
- Calculus exercises: part I (2 categories)
- Discrete calculus article (2 categories)
- Image resolution (2 categories)
- Can a set to be both open and closed? (2 categories)
- Inner product spaces: part 1 (2 categories)
- Intelligent Perception (2 categories)
- Elementary Linear Algebra -- Spring 2018 -- midterm (2 categories)
- A First Course in Real Analysis by Protter and Morrey (2 categories)
- Intro to Higher Mathematics -- Spring 2016 -- midterm (2 categories)
- Introduction to discrete calculus, continued (2 categories)
- Closed curve (2 categories)
- Is a continuous function always differentiable? (2 categories)
- Is projection a quotient function? (2 categories)
- College Algebra -- Fall 2014 (2 categories)
- Is the intersection of two linear subspaces always a linear subspace? (2 categories)
- Commutative diagram (2 categories)
- Applications of ODEs (2 categories)
- Lengths of curves (2 categories)
- Limits and continuity (2 categories)
- Are intervals homeomorphic? (2 categories)
- Continuity of functions of several variables (2 categories)
- Problem Solving in Sciences and Engineering: projects (2 categories)
- Vector calculus: midterm (2 categories)
- Prove that two closed intervals are homeomorphic (2 categories)
- Whitney map (2 categories)
- Real analysis: test 2 (2 categories)
- Series (2 categories)
- Sphere (2 categories)
- Orientation (2 categories)
- Persistent homology (2 categories)
- Topology II -- Spring 2014 (2 categories)
- Topology Illustrated (2 categories)
- Topology in calculus (2 categories)
- Triangulations of surfaces (2 categories)
- Convergence of the discrete to the continuous (2 categories)
- Major and minor axes (2 categories)
- Material derivative (2 categories)
- Customers (2 categories)
- Higher order Nielsen numbers by Saveliev (2 categories)
- Calculus 1: exercises (2 categories)
- De Rham cohomology (2 categories)
- Calculus 1: test 2 (2 categories)
- Diagonalization of matrices (2 categories)
- Homology in dimension 2 (2 categories)
- Calculus III -- Spring 2014 -- final exam (2 categories)
- Calculus II -- Fall 2014 -- final exam (2 categories)
- Calculus I -- Fall 2012 (2 categories)
- Calculus I -- Fall 2018 (2 categories)
- Moments (2 categories)
- Image Processing Handbook by Russ (2 categories)
- Motion planning in robotics (2 categories)
- Image formats (2 categories)
- Calculus exercises: part II (2 categories)
- Discrete calculus course (2 categories)
- Image scaling (2 categories)
- Calculus on chains (2 categories)
- Number theory: exercises (2 categories)
- Cellular automata (2 categories)
- Elementary Linear Algebra -- Spring 2019 (2 categories)
- A Lefschetz-type coincidence theorem by Saveliev (2 categories)
- Intro to Higher Mathematics -- Spring 2018 (2 categories)
- Circle (2 categories)
- Introductory algebraic topology: review exercises (2 categories)
- Closedness and exactness of 1-forms (2 categories)
- Is a differentiable function always continuous? (2 categories)
- College Algebra -- Fall 2014 -- final exam (2 categories)
- Alexander duality (2 categories)
- Is the inverse of a continuous function always continuous? (2 categories)
- College algebra: final exam (2 categories)
- Analysis tab (2 categories)
- Computational Topology by Edelsbrunner and Harer (2 categories)
- Cone (2 categories)
- Frames (2 categories)
- Functions of several variables (2 categories)
- Linear algebra: exercises (2 categories)
