Graph theory
Graph theory is a branch of discrete mathematics that studies graphs. In the most general sense, a graph is a set of points (vertices, nodes) that are connected by a set of lines (edges, arcs). Graph theory (that is, systems of lines connecting given points) is included in the curricula for beginning mathematicians because:
▪ like geometry, it has visibility;
▪ Like number theory, it is easy to explain and has complex unsolved problems;
has no cumbersome mathematical apparatus ("combinatorial methods of finding the desired ordering of objects differ significantly from classical methods of analyzing the behavior of systems using equations");
▪ has a pronounced applied character.
Graph theory [2002] Distel P
📓 Graph theory, coding theory and flowcharts [1980] Cameron P., Van Lint J.
📕 Graph theory: Coverings, stacking, tournaments [1974] Alekseev, Gavrilov, Sapozhenko
Graph theory and its applications [1962] Berge K.
Lectures on graph theory [1990] Emelichev
📘 Graph Theory [2017] Reinhard Diestel
Introduction to Graph Theory [1977] R. Wilson
📒 Graph Theory [2003] Frank Harari (Harry)
📕 Graph Theory [1980] About
📔 Chemical Applications of topology and graph theory [1987] King
📗 Applied problems of graph theory. The theory of matching in mathematics, physics, chemistry [1988] Lovas, Plummer
📘 Application of graph theory in programming [1985] Evstigneev
📙 Fundamentals of graph theory [2004] Zykov
Graph theory in entertaining problems [2009] Melnikov
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