Graph Theory and Computing

Graph Theory and Computing

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Graph Theory and Computing focuses on the processes, methodologies, problems, and approaches involved in graph theory and computer science. The book first elaborates on alternating chain methods, average height of planted plane trees, and numbering of a graph. Discussions focus on numbered graphs and difference sets, Euclidean models and complete graphs, classes and conditions for graceful graphs, and maximum matching problem. The manuscript then elaborates on the evolution of the path number of a graph, production of graphs by computer, and graph-theoretic programming language. Topics include FORTRAN characteristics of GTPL, design considerations, representation and identification of graphs in a computer, production of simple graphs and star topologies, and production of stars having a given topology. The manuscript examines the entropy of transformed finite-state automata and associated languages; counting hexagonal and triangular polyominoes; and symmetry of cubical and general polyominoes. Graph coloring algorithms, algebraic isomorphism invariants for graphs of automata, and coding of various kinds of unlabeled trees are also discussed. The publication is a valuable source of information for researchers interested in graph theory and computing.Clearly its code is 0010101 ... 010] I and since this starts with 2 zeros, the result is true when h = 2. Assume that it is true for trees of height 2, 3, ..., h-1, and consider a tree of height h. The code of such a tree is of the form c(T) = 0, c(T1), c(T2), ..., anbsp;...

Title:Graph Theory and Computing
Author: Ronald C. Read
Publisher:Academic Press - 2014-05-12

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