Exemplos de uso de Set of edges em Inglês e suas traduções para o Português
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The choice rule in Line 1"generates" all subsets of the set of edges.
More generally, an edge cut of G is a set of edges whose removal renders the graph disconnected.
So a network is really just a set of nodes and a set of edges.
Rays can be released from any set of edges in the geometry, such as the three edges on the surface of a sphere shown above.
Consider a graph G(V, E),where V denotes the set of n vertices and E the set of edges.
In a directed graph, a set of edges which contains at least one edge(or"arc") from each directed cycle is called a feedback arc set. .
Let N(V, E) be a directed graph, where V denotes theset of vertices and E is the set of edges.
There are 24 perfect matchings in the Heawood graph;for each matching, the set of edges not in the matching forms a Hamiltonian cycle.
In a directed graph, a set of edges which contains at least one edge(or arc) from each directed cycle is called a feedback arc set. .
In the mathematical discipline of graph theory, a matching orindependent edge set in a graph is a set of edges without common vertices.
In graph theory, an edge cover of a graph is a set of edges such that every vertex of the graph is incident to at least one edge of the set. .
Given a directed layered graph¿,we present the algebra a(¿)as a quotient of the free associative or tensor algebra(with unit, over an arbitrarily fixed field of scalars),freely generated by the set of edges in¿.
The cattle to slaughter is a typical example of multidimensional product, ie,represents a set of edges to be traded(or not): weight, age, quality, leather, bowels, etc.
When releasing rays from edges, you can select any set of edges and release rays either uniformly, based on the mesh, or with initial positions weighted according to a user-defined density function.
In mathematics, and more specifically in graph theory, a vertex(plural vertices) or node is the fundamental unit of which graphs are formed:an undirected graph consists of a set of vertices and a set of edges(unordered pairs of vertices), while a directed graph consists of a set of vertices and a set of arcs ordered pairs of vertices.
Formally, an edge cover of a graph G is a set of edges C such that each vertex in G is incident with at least one edge in C. The set C is said to cover the vertices of G. The following figure shows examples of edge coverings in two graphs.
In mathematics, the minimum k-cut, is a combinatorial optimization problem that requires finding a set of edges whose removal would partition the graph to at least k connected components.
Let g(v, e)be a simple and undirected graph of set of vertices v and set of edges e. given an assignment of distinct labels in{1,···,_BAR_v_BAR_} to the vertices of g, for every edge uv 2 e, we define its weight as the absolute difference of labels given to its end nodes.
The network theory provides an abstract representation of a biological system, where a set of nodes are the biological components(protein, genes,metabolites, etc) and the set of edges are the interactions(protein-protein physical interactions, metabolic interactions, transcriptional regulational interactions, etc) that link each two biological components.
In the case of 2-dimensional matching,the set T can be interpreted as the set of edges in a bipartite graph G(X, Y, T); each edge in T connects a vertex in X to a vertex in Y. A 2-dimensional matching is then a matching in the graph G, that is, a set of pairwise non-adjacent edges. .
Usually the triangle strips are analogous to a set of edge loops, and poles on the model are represented by triangle fans.
Given k a fi eld and the directed graph e, de ned by( e0; e1; r; s), such that r and s are functions applied to the edges of e, we will defi ne the path k-algebras and the leavitt path k-algebras of the graph e, that we are going to respectively call a( e) andlk( e), as the k-algebras generated by the sets of edges and vertices of e, with relations that will be de fined in this work.
A fanout expander can connect up to 255 sets of edge expanders, known as an edge expander device set, letting even more SAS devices be addressed.
The set of all edges is an edge cover, assuming that there are no degree-0 vertices.
Thus, given the set of trust edges with index 1, the origin trustor A{\displaystyle A\,\!} receives advice from B{\displaystyle B\,\!} and C{\displaystyle C\,\!}, and is thereby able to derive belief in variable X{\displaystyle X\,\!
Set of sharp knives or a collet knife with a set of replaceable edges.