AbstractBose and Laskar introduced the tetrahedral graph G, whose points may be identified with the (3n) unordered triplets on n symbols, such that two points are adjacent if and only if their corresponding triplets have two symbols in common. They succeeded in characterizing these graphs (no loops or parallel edges permitted) for n>16. In the present paper the same characterization is shown to hold for n≤8
summary:The paper studies graphs in which each pair of vertices has exactly two common neighbours. I...
AbstractA cubic lattice graph with characteristic n is a graph whose points can be identified with t...
AbstractFor the smallest number of non-overlapping vertex-to-vertex unit triangles in the plane it i...
AbstractA tetrahedral graph may be defined as a graph G, whose vertices may be identified with the n...
AbstractBose and Laskar introduced the tetrahedral graph G, whose points may be identified with the ...
AbstractA cubic lattice graph is defined as a graph G, whose vertices are the ordered triplets on n ...
AbstractLet n and m be positive integers with n≥2m. The Tm graph with characteristics n, denoted by ...
AbstractA cubic lattice graph may be defined as a graph G, whose vertices can be identified with ord...
AbstractIt is known that under appropriate assumptions, each plane graph contains a vertex of degree...
AbstractLet G be a tripartite graph with N vertices in each vertex class. If each vertex is adjacent...
AbstractThere is a graph G with 300,000,000 vertices and no clique on four points, such that if its ...
AbstractLet G be a finite graph in which each m-tuple of mutually distinct vertices is adjacent to e...
Watkins and Mesner characterized edge-triples of a graph which are not in any circuit, and Chakravar...
summary:The paper studies graphs in which each pair of vertices has exactly two common neighbours. I...
AbstractThe graphs of the Johnson schemes G(3k, k) and G(3k + 1, k) are characterized by their param...
summary:The paper studies graphs in which each pair of vertices has exactly two common neighbours. I...
AbstractA cubic lattice graph with characteristic n is a graph whose points can be identified with t...
AbstractFor the smallest number of non-overlapping vertex-to-vertex unit triangles in the plane it i...
AbstractA tetrahedral graph may be defined as a graph G, whose vertices may be identified with the n...
AbstractBose and Laskar introduced the tetrahedral graph G, whose points may be identified with the ...
AbstractA cubic lattice graph is defined as a graph G, whose vertices are the ordered triplets on n ...
AbstractLet n and m be positive integers with n≥2m. The Tm graph with characteristics n, denoted by ...
AbstractA cubic lattice graph may be defined as a graph G, whose vertices can be identified with ord...
AbstractIt is known that under appropriate assumptions, each plane graph contains a vertex of degree...
AbstractLet G be a tripartite graph with N vertices in each vertex class. If each vertex is adjacent...
AbstractThere is a graph G with 300,000,000 vertices and no clique on four points, such that if its ...
AbstractLet G be a finite graph in which each m-tuple of mutually distinct vertices is adjacent to e...
Watkins and Mesner characterized edge-triples of a graph which are not in any circuit, and Chakravar...
summary:The paper studies graphs in which each pair of vertices has exactly two common neighbours. I...
AbstractThe graphs of the Johnson schemes G(3k, k) and G(3k + 1, k) are characterized by their param...
summary:The paper studies graphs in which each pair of vertices has exactly two common neighbours. I...
AbstractA cubic lattice graph with characteristic n is a graph whose points can be identified with t...
AbstractFor the smallest number of non-overlapping vertex-to-vertex unit triangles in the plane it i...