Faculty

Institution

Unit

Venue

Xiaoya Zha

Professor

Middle Tennessee State University

Affiliations

College of Basic and Applied Sciences

Department of Mathematical Sciences

Xiaoya Zha is currently serving as a College Of Basic And Applied Sciences Professor at Middle Tennessee State University.

Honors

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Experiences

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Education

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Xiaoya Zha

Middle Tennessee State University

Professor

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mathematics combinatorial theory graph theory topological graph theory applied mathematics geometric topology combinatorics geometric graph theory discrete mathematics mathematical sciences geometry and topology extremal graph theory topology algebraic graph theory discrete algorithms planar graphs structural graph theory geometry extremal set theory closed 2-cell embeddings geometric measure theory network science polyhedron function spaces combinatorial optimization metric graph theory graph minors graph drawing algebraic combinatorics topological combinatorics random graphs discrete geometry geometric representations graphs embedded physics schubert calculus enumerative combinatorics lower bounds petersen graph isoperimetric constants embedded graphs computer engineering spectral theory molecular structure information visualization global networks modern physics high energy physics statistical methodology computational statistics convex analysis mathematical chemistry geometric algorithms delaunay triangulation integral geometry unified field theory knot theory enumerative geometry geometry of numbers group representation symmetric functions computational topology manifold modeling manifold learning uncertainty principle spectral radius tough graphs tough graph hamilton cycle nonorientable genus girth cycle odd cycle randić index sharp lower bound r pendants kekulé structures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Partial-Dual Euler-Genus Distributions for Bouquets With Small Euler Genus. Ars Mathematica Contemporanea (2022)

Yan YangXiaoya Zha

combinatorial theorydiscrete mathematicsenumerative combinatoricsribbon graph geuler genuscombinatoricsgraph theorypartial-dual euler-genusalgebraic geometrymathematical sciencesapplied mathematicsmathematicsalgebraic combinatorics

Cycle Traversability for Claw-Free Graphs and Polyhedral Maps. COMBINATORICA (2020)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

combinatorial theorytopologycycle traversabilitydiscrete mathematicstopological graph theorycombinatoricsgraph theoryalgebraic graph theorymathematicsgeometric topologygeometric graph theory

Toughness and Spanning Trees in K4‐Minor‐Free Graphs. Journal of Graph Theory (2020)

M. N. EllinghamSongling ShanDong YeXiaoya Zha

network analysisdiscrete mathematicscombinatorial optimization‐tough ‐minor‐free graphcombinatoricsgraph theorystructural graph theoryk4‐minor‐free graphsgeneral graphsplanar graphsapplied mathematicsmathematicsextremal graph theorydiscrete algorithms

Dominating Maximal Outerplane Graphs and Hamiltonian Plane Triangulations. Discrete Applied Mathematics (2019)

Michael D. PlummerDong YeXiaoya Zha

combinatorial theorytopologydiscrete mathematicsgeometry and topologygraph theoryplanar graphsmathematical scienceshamiltonian plane triangulationsapplied mathematicsmathematicsextremal graph theorydiscrete algorithmsgeometric topologygeometric graph theory

Edge Partition of Graphs Embeddable in the Projective Plane and the Klein Bottle. J. of Math Research with Applications (2019)

Xiaoya Zha

combinatorial theorytopological graph theoryprojective planegeometry and topologygraph theoryklein bottleplanar graphsapplied mathematicsedge partitionmathematicsextremal graph theorygeometric topologygeometric graph theory

Quadrangular Embeddings of Complete Graphs and the Even Map Color Theorem. Journal of Combinatorial Theory Series B (2019)

Wenzhong LiuSerge LawrencenkoBeifang ChenM.N. EllinghamNora HartsfieldHui YangDong YeXiaoya Zha

quadrangular embeddingscombinatorial theorydiscrete mathematicstopological graph theorycombinatoricsgraph theoryalgebraic graph theorycomplete graphsmathematical sciencesapplied mathematicsmathematicsextremal graph theorygeometric graph theory

A Cycle Traversability Theorem for Claw-Free Graphs. arXiv (Cornell University) (2018)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

combinatorial theorytopological graph theorycombinatoricsgraph theorystructural graph theoryalgebraic graph theorytopological wheelextremal graph theorymathematicsclaw-free graphscycle traversability theoremgeometric graph theory

Thickness and Outerthickness for Embedded Graphs. Discrete Mathematics (2018)

Baogang XuXiaoya Zha

discrete mathematicsinformation visualizationgraph theoryapplied mathematicsembedded graphsgraph drawinggeometric graph theory

A Note on Chromatic Number and Induced Odd Cycles. The Electronic Journal of Combinatorics (2017)

Baogang XuGexin YuXiaoya Zha

combinatorial theorydiscrete mathematicstopological graph theorycombinatoricsgraph theoryalgebraic graph theoryinduced odd cycleextremal graph theoryinduced odd cycleschromatic numbergeometric graph theory

Connectivity and $$W_V$$ W V -Paths in Polyhedral Maps on Surfaces. Discrete & Computational Geometry (2017)

Michael D. PlummerDong YeXiaoya Zha

discrete geometryw v -pathstopologytopological graph theorycomputational topologygeometry and topologypolyhedral mapsapplied mathematicsmathematicspolyhedrongeometrygeometric topology

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Xiaoya Zha

Professor

Middle Tennessee State University

Affiliations

College of Basic and Applied Sciences

Department of Mathematical Sciences

Xiaoya Zha is currently serving as a College Of Basic And Applied Sciences Professor at Middle Tennessee State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Xiaoya Zha

Middle Tennessee State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Partial-Dual Euler-Genus Distributions for Bouquets With Small Euler Genus. Ars Mathematica Contemporanea (2022)

Yan YangXiaoya Zha

Cycle Traversability for Claw-Free Graphs and Polyhedral Maps. COMBINATORICA (2020)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

combinatorial theorytopologycycle traversabilitydiscrete mathematicstopological graph theorycombinatoricsgraph theoryalgebraic graph theorymathematicsgeometric topologygeometric graph theory

Toughness and Spanning Trees in K4‐Minor‐Free Graphs. Journal of Graph Theory (2020)

M. N. EllinghamSongling ShanDong YeXiaoya Zha

Dominating Maximal Outerplane Graphs and Hamiltonian Plane Triangulations. Discrete Applied Mathematics (2019)

Michael D. PlummerDong YeXiaoya Zha

Edge Partition of Graphs Embeddable in the Projective Plane and the Klein Bottle. J. of Math Research with Applications (2019)

Xiaoya Zha

Quadrangular Embeddings of Complete Graphs and the Even Map Color Theorem. Journal of Combinatorial Theory Series B (2019)

Wenzhong LiuSerge LawrencenkoBeifang ChenM.N. EllinghamNora HartsfieldHui YangDong YeXiaoya Zha

A Cycle Traversability Theorem for Claw-Free Graphs. arXiv (Cornell University) (2018)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

Thickness and Outerthickness for Embedded Graphs. Discrete Mathematics (2018)

Baogang XuXiaoya Zha

discrete mathematicsinformation visualizationgraph theoryapplied mathematicsembedded graphsgraph drawinggeometric graph theory

A Note on Chromatic Number and Induced Odd Cycles. The Electronic Journal of Combinatorics (2017)

Baogang XuGexin YuXiaoya Zha

Connectivity and $$W_V$$ W V -Paths in Polyhedral Maps on Surfaces. Discrete & Computational Geometry (2017)

Michael D. PlummerDong YeXiaoya Zha

discrete geometryw v -pathstopologytopological graph theorycomputational topologygeometry and topologypolyhedral mapsapplied mathematicsmathematicspolyhedrongeometrygeometric topology

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algorithm and optimization

graph theory

Theodore Molla

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discrete algorithm

probabilistic graph theory

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David Stephens

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Karola Meszaros

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numerical mathematics

general systems

Michael Young

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computational thinking

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Boris Shekhtman

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