Alexander V. Evako

According to our database, Alexander V. Evako authored at least 23 papers between 1995 and 2022.

Collaborative distances:

• Dijkstra number of five.
• Erdős number of four.

2022

Contractible_Spaces, Homotopy Equivalence and Homeomorphism in Digital Topology.

Alexander V. Evako

CoRR, 2022

2017

Properties of Digital n-Dimensional Spheres and Manifolds. Separation of Digital Manifolds.

Alexander V. Evako

CoRR, 2017

Solution of the Hyperbolic Partial Differential Equation on Graphs and Digital Spaces: a Klein Bottle a Projective Plane and a 4D Sphere.

Alexander V. Evako

CoRR, 2017

Graph Theoretical Models of Closed n-Dimensional Manifolds: Digital Models of a Moebius Strip, a Torus, a Projective Plane a Klein Bottle and n-Dimensional Spheres.

Alexander V. Evako

CoRR, 2017

Properties of Periodic Fibonacci-like Sequences.

Alexander V. Evako

CoRR, 2017

Structure of a Parabolic Partial Differential Equation on Graphs and Digital spaces. Solution of PDE on Digital Spaces: a Klein Bottle, a Projective Plane, a 4D Sphere and a Moebius Band.

Alexander V. Evako

CoRR, 2017

2015

Classification of digital n-manifolds.

Alexander V. Evako

Discret. Appl. Math., 2015

Classification of graphs using contractible transformations. Homotopy equivalence of graphs. Basic representatives and complexity of homotopy equivalence classes.

Alexander V. Evako

CoRR, 2015

Parabolic equations on digital spaces. Solutions on the digital Moebius strip and the digital projective plane.

Alexander V. Evako

CoRR, 2015

Topology-preserving digitization of n-dimensional objects by constructing cubical models.

Alexander V. Evako

CoRR, 2015

Properties of simple sets in digital spaces. Contractions of simple sets preserving the homotopy type of a digital space.

Alexander V. Evako

CoRR, 2015

2014

Simple pairs of points in digital spaces. Topology-preserving transformations of digital spaces by contracting simple pairs of points.

Alexander V. Evako

CoRR, 2014

Topology preserving representations of compact 2D manifolds by digital 2-surfaces. Compressed digital models and digital weights of compact 2D manifolds. Classification of closed surfaces by digital tools.

Alexander V. Evako

CoRR, 2014

2013

The Jordan-Brouwer theorem for the digital normal n-space Zn

Alexander V. Evako

CoRR, 2013

Variable density preserving topology grids and the digital models for the plane

Alexander V. Evako

CoRR, 2013

On digital simply connected spaces and manifolds: a digital simply connected 3-manifold is the digital 3-sphere.

Alexander V. Evako

CoRR, 2013

2011

Characterizations of simple points, simple edges and simple cliques of digital spaces: One method of topology-preserving transformations of digital spaces by deleting simple points and edges.

Alexander V. Evako

Graph. Model., 2011

2006

Topological properties of closed digital spaces: One method of constructing digital models of closed continuous surfaces by using covers.

Alexander V. Evako

Comput. Vis. Image Underst., 2006

Connection between continuous and digital n-manifolds and the Poincare conjecture

Alexander V. Evako

CoRR, 2006

The Poincare conjecture for digital spaces. Properties of digital n-dimensional disks and spheres

Alexander V. Evako

CoRR, 2006

2005

The consistency principle for a digitization procedure. An algorithm for building normal digital spaces of continuous n-dimensional objects

Alexander V. Evako

CoRR, 2005

1996

Dimensional properties of graphs and digital spaces.

Alexander V. Evako, Ralph Kopperman, Yurii V. Mukhin

J. Math. Imaging Vis., 1996

1995

Topological properties of the intersection graph of covers of n-dimensional surfaces.

Alexander V. Evako

Discret. Math., 1995