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Overview

Teresa W. Haynes is affiliated with East Tennessee State University in the United States. Their research primarily focuses on computer science, with a strong emphasis on computational theory and mathematics. Within this domain, they have explored areas such as computer networks and communications, geometry and topology, discrete mathematics and combinatorics, and industrial and manufacturing engineering.

The core themes of Teresa W. Haynes's work center around advanced graph theory research, graph labeling and dimension problems, complexity and algorithms in graphs, graph theory and applications, limits and structures in graph theory, interconnection networks and systems, as well as optimization and search problems. These topics reflect a broad engagement with both theoretical and applied aspects of graph theory.

Their publication record includes multiple papers in various venues, highlighting contributions over recent years. Notable papers include:

  • Introduction to coalitions in graphs (2020) published in AKCE International Journal of Graphs and Combinatorics
  • Coalition graphs of paths, cycles, and trees (2021) published in Discussiones Mathematicae Graph Theory
  • Total domination cover rubbling (2020) published in Discrete Applied Mathematics
  • Graphs with Large Italian Domination Number (2020) published in Bulletin of the Malaysian Mathematical Sciences Society
  • Self-coalition graphs (2023) published in Opuscula Mathematica

Frequent coauthors collaborating with Teresa W. Haynes comprise Michael A. Henning, Stephen T. Hedetniemi, Jason T. Hedetniemi, Alice A. McRae, and Mustapha Chellali.

Their research is disseminated across several publication venues, including:

  • AKCE International Journal of Graphs and Combinatorics
  • Opuscula Mathematica
  • Discrete Applied Mathematics
  • SSRN Electronic Journal
  • Discussiones Mathematicae Graph Theory

In addition to articles, Teresa W. Haynes has authored books, notably having published "Domination in Graphs: Core Concepts" in 2023 through Springer Science+Business Media.

Best Publications

  • Fundamentals of domination in graphs

    Teresa W. Haynes;Stephen Hedetniemi;Peter Slater

  • Domination in graphs : advanced topics

    Teresa W. Haynes;S. T. Hedetniemi;Peter J Slater

  • Domination in graphs

    Teresa W. Haynes;Michael A. Henning

  • Domination in Graphs Applied to Electric Power Networks

    Teresa W. Haynes;Sandra M. Hedetniemi;Stephen T. Hedetniemi;Michael A. Henning

  • Paired Domination in Graphs

    Teresa W. Haynes;Peter J. Slater

  • Double Domination in Graphs.

    Frank Harary;Teresa W. Haynes

  • Double Roman domination

    Robert A. Beeler;Teresa W. Haynes;Stephen T. Hedetniemi

  • Roman { 2 } -domination

    Mustapha Chellali;Teresa W. Haynes;Stephen T. Hedetniemi;Alice A. McRae

  • Locating and total dominating sets in trees

    Teresa W. Haynes;Michael A. Henning;Jamie Howard

  • Global Defensive Alliances in Graphs

    Teresa W. Haynes;Stephen T. Hedetniemi;Michael A. Henning

  • Broadcasts in graphs

    Jean E. Dunbar;David J. Erwin;Teresa W. Haynes;Sandra M. Hedetniemi

  • Extremal graphs for inequalities involving domination parameters

    Xu Baogen;E. J. Cockayne;Teresa W. Haynes;Stephen T. Hedetniemi

  • Nordhaus-Gaddum inequalities for domination in graphs

    Frank Harary;Teresa W. Haynes

  • A quantitative analysis of secondary RNA structure using domination based parameters on trees

    Teresa W. Haynes;Debra J. Knisley;Edith Seier;Yue Zou

  • On ve-degrees and ev-degrees in graphs

    Mustapha Chellali;Teresa W. Haynes;Teresa W. Haynes;Stephen T. Hedetniemi;Thomas M. Lewis

  • The diameter of total domination vertex critical graphs

    Wayne Goddard;Teresa W. Haynes;Michael A. Henning;Lucas C. van der Merwe

  • TOTAL AND PAIRED-DOMINATION NUMBERS OF A TREE

    Mustapha Chellali;Teresa W. Haynes;Wayne Goddard

  • [1, 2]-sets in graphs

    Mustapha Chellali;Teresa W. Haynes;Stephen T. Hedetniemi;Alice Mcrae

  • Vertex-edge domination in graphs

    Razika Boutrig;Mustapha Chellali;Teresa W. Haynes;Teresa W. Haynes;Stephen T. Hedetniemi

  • Powerful alliances in graphs

    Robert C. Brigham;Ronald D. Dutton;Teresa W. Haynes;Stephen T. Hedetniemi

Frequent Co-Authors

Michael A. Henning
Michael A. Henning University of Johannesburg
Stephen T. Hedetniemi
Stephen T. Hedetniemi Clemson University
Ping Zhang
Ping Zhang Chinese Academy of Sciences
Anders Yeo
Anders Yeo University of Southern Denmark
Frank Harary
Frank Harary New Mexico State University
Gary Chartrand
Gary Chartrand Western Michigan University
Wayne Goddard
Wayne Goddard Clemson University
Lutz Volkmann
Lutz Volkmann RWTH Aachen University

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