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Domination in functigraphs [PDF]
Let $G_1$ and $G_2$ be disjoint copies of a graph $G$, and let $f: V(G_1) \rightarrow V(G_2)$ be a function. Then a \emph{functigraph} $C(G, f)=(V, E)$ has the vertex set $V=V(G_1) \cup V(G_2)$ and the edge set $E=E(G_1) \cup E(G_2) \cup \{uv \mid u \in V(G_1), v \in V(G_2), v=f(u)\}$.
Eroh, Linda+4 more
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DOMINATION AND EDGE DOMINATION IN TREES [PDF]
Let \(G=(V,E)\) be a simple graph. A set \(S\subseteq V\) is a dominating set if every vertex in \(V \setminus S\) is adjacent to a vertex in \(S\).
B. Senthilkumar+2 more
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Let M be a compact oriented even-dimensional manifold. This note constructs a compact symplectic manifold S of the same dimension and a map f from S to M of strictly positive degree. The construction relies on two deep results: the first is a theorem of Ontaneda that gives a Riemannian manifold N of tightly pinched negative curvature which admits a map
Fine, Joel, Panov, Dmitri
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Domination versus edge domination [PDF]
We propose the conjecture that the domination number $ (G)$ of a $ $-regular graph $G$ with $ \geq 1$ is always at most its edge domination number $ _e(G)$, which coincides with the domination number of its line graph. We prove that $ (G)\leq \left(1+\frac{2( -1)}{ 2^ }\right) _e(G)$ for general $ \geq 1$, and $ (G)\leq \left(\frac{7}{6 ...
Baste, Julien+4 more
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The case for epistocratic republicanism [PDF]
In recent years, the fortunes of democracy have waned both in theory and practice. This has added impetus not only to the republican case for strengthening democratic institutions but also to new anti-democratic thought.
Blunt, G. D.
core +1 more source
Dominance and Monopolization [PDF]
This indispensable Handbook examines both economic and legal aspects of competition policy and industrial organization. It provides a scholarly review of the state of the art regarding economic theory, empirical evidence and standards of legal evaluation.
Canoy, Marcel+2 more
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Domination and Fractional Domination in Digraphs
In this paper, we investigate the relation between the (fractional) domination number of a digraph $G$ and the independence number of its underlying graph, denoted by $\alpha(G)$. More precisely, we prove that every digraph $G$ on $n$ vertices has fractional domination number at most $2\alpha(G)$ and domination number at most $2\alpha(G) \cdot \log{n}$.
Harutyunyan, Ararat+3 more
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Mill and Pettit on Freedom, Domination, and Freedom-as-Domination [PDF]
Pettit endorses a ‘republican’ conception of social freedom of the person as consisting of a state of non-domination, and takes this to refute Mill’s ‘liberal’ claim that non-domineering but coercive interference can compromise social freedom of choice ...
Beaumont, Tim
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Weak signed Roman domination in graphs [PDF]
A weak signed Roman dominating function (WSRDF) of a graph $G$ with vertex set $V(G)$ is defined as a function $f:V(G)\rightarrow\{-1,1,2\}$ having the property that $\sum_{x\in N[v]}f(x)\ge 1$ for each $v\in V(G)$, where $N[v]$ is the closed ...
Lutz Volkmann
doaj +1 more source
Dominance and Innovation [PDF]
Do dominant or less dominant firms innovate more? Theoretically it has been shown that within an asymmetric mixed strategy game of a patent race, the less dominant firm invests more than the dominant firm. But the empirical data on patent races is divided.
Velu, C., Iyer, S.
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