「VERTEX」の共起表現一覧(2語右で並び替え)
該当件数 : 566件
n particular, the graph consisting of a single | vertex with a loop corresponds to a set which contain |
At the center is shown the new | vertex q, a shortest path tree as computed by the Bel |
raph if there are a real number S and for each | vertex v a real vertex weight w(v) such that for any |
Petersen and Coxeter graphs by replacing each | vertex with a triangle. |
of the rook chess piece on a chessboard: each | vertex represents a square on a chessboard and each e |
e triangulations of a point set, in which each | vertex represents a triangulation and two triangulati |
the link can be visualized by cutting off the | vertex with a plane; formally, intersecting the tetra |
each such point of tangency with its opposite | vertex by a line (shown red in the figure), these thr |
Thus, each successive | vertex on a shortest path between two vertices of Wuv |
ally hexagonal; that is, the neighbors of each | vertex form a cycle of six vertices. |
he king chess piece on a chessboard where each | vertex represents a square on a chessboard and each e |
the eccentricity of a | vertex, for a given vertex v |
a | vertex of a polygon; |
a | vertex of a polyhedron; |
A | vertex is a corner point of a polygon, polyhedron, or |
r faces, having five triangles meeting at each | vertex in a pentagrammic sequence. |
compiler can construct a graph such that every | vertex represents a unique variable in the program. |
the necessary repetition of the start and end | vertex is a simple cycle. |
The link of a | vertex of a tetrahedron is a triangle - the three ver |
A leaf | vertex of a tree in graph theory |
ne a cevian of an n-simplex as a ray from each | vertex to a point on the opposite (n-1)-face (facet). |
e tree is oriented consistently away from some | vertex forms a subclass of distance-hereditary graphs |
A cut | vertex is a vertex the removal of which would disconn |
here are two hexagons and one heptagon on each | vertex, forming a pattern similar to a conventional s |
semiregular solids can be fully specified by a | vertex configuration, a listing of the faces by numbe |
t matching (a matching that covers all but one | vertex in a graph with an odd number of vertices). |
In other words, a | vertex with a loop "sees" itself as an adjacent verte |
thm that finds a shortest path from an initial | vertex to a goal vertex in a directed graph. |
knight chess piece on a chessboard where each | vertex represents a square on a chessboard and each e |
c graph in which the nodes reachable from each | vertex form a tree (or equivalently, if G is a direct |
notes the number of k-faces in the polytope (a | vertex is a 0-face, an edge is a 1-face, etc.). |
Because G is triangular, the degree of each | vertex in a configuration is known, and all edges int |
The neighborhood of any | vertex in a distance-hereditary graph is a cograph. |
directed cubic graph, formed by replacing each | vertex of a hypercube graph by a cycle. |
section representation of a graph labels every | vertex with a set so that vertices are adjacent if an |
The internal angle at each | vertex of a regular octagon is 135° and the sum of al |
ces in a graph is said to be a module if every | vertex in A has the same set of neighbors outside of |
Since a | vertex with a loop could never be properly colored, i |
beling V2 → Fun(V,V) associating each degree-2 | vertex to a linear transformation. |
For each | vertex v, add v to a level that is at least one step |
No matter which | vertex is added to X to form Y, there will be a Y-fla |
The algorithm begins by first examining each | vertex and adding the cheapest edge from that vertex |
a simple graph with n vertices in which every | vertex is adjacent to every other. |
δ(G) ≥ k - 1, that is, every | vertex is adjacent to at least k - 1 others. |
from a subset of its hyperedges have a common | vertex, then all hyperedges of the subset have a comm |
Its | vertex figure alternates two regular pentagons and de |
ting the r points in each bucket into a single | vertex, yields an r-regular graph or multigraph. |
A | vertex of an angle is the point where two rays or lin |
he sides of a triangle that come together at a | vertex form an angle. |
even component independently, and matching one | vertex of an odd component C to a vertex in U and the |
A | vertex or an edge is a critical element of a graph G |
Related to the | vertex figure, an edge figure is the vertex figure of |
If every | vertex in an n-vertex graph has degree at least n/2 + |
cy graph, which is a directed graph where each | vertex is an instruction and there is an edge from I1 |
round each edge, and 8 dodecahedra around each | vertex in an octahedral arrangement. |
dra and tetrahedra can be alternated to form a | vertex, edge, and face-uniform tessellation of space, |
ations, vertical projected views of their skew | vertex figures, and partial corresponding uniform hon |
determined by removing the ringed nodes of the | vertex figure and ringing the neighboring node. |
The problems of finding a | vertex disjoint and edge disjoint cycle covers with m |
a | vertex configuration and [n,3] Coxeter group symmetry |
uestions of the form "Is there an edge between | vertex u and vertex v?" that have to be answered to d |
Vertex Tower and Residences is 125 meter long up-scal | |
Given a | vertex v and an edge label i, the rotation map return |
ystic fibrosis, currently under development by | Vertex Pharmaceuticals and the Cystic Fibrosis Founda |
alues are associated with the poorly connected | vertex 6, and the neighbouring articulation point, ve |
rm polyhedrons, where dv is the density of the | vertex figure and df is the density of the face and D |
o, Gilson, Corning, VistaLab, Thermo, Jencons, | Vertex, Handypett, and Pricisexx. |
It shares the | vertex arrangement and edge arrangement with the cubo |
hooses a permutation connecting each hypercube | vertex to another vertex with which it should be conn |
ifting again, so the hyperplane intersects the | vertex, gives another rhombic dodecahedral honeycomb |
s and directed edges, each edge connecting one | vertex to another, such that there is no way to start |
Specifically, a cut | vertex is any vertex that when removed increases the |
It has automorphisms that take any | vertex to any other vertex and any edge to any other |
e symbols on paths in the DAWG from the source | vertex to any sink vertex (a vertex with no outgoing |
Their | vertex figures are skew polygons, zig-zagging between |
general an n-dimensional uniform tessellation | vertex figures are define by an (n-1)-polytope with e |
studied over regular graphs or grids, and the | vertex functions are typically assumed to be identica |
Vertex labels are in black, edge labels in red | |
Two of them, the | vertex TPCs, are located in the magnetic field of two |
omposition of 5 octahemioctahedra, in the same | vertex arrangement as in the compound of 5 cuboctahed |
It shares the same | vertex arrangement as the convex regular icosahedron. |
It has the same | vertex arrangement as two other simple rhombic tiling |
It shares the same | vertex arrangement as the regular convex icosahedron. |
It shares the same | vertex arrangement as a nonuniform truncated octahedr |
It has the same | vertex arrangement as the pentagonal antiprism. |
It shares the same | vertex arrangement as a dodecahedron. |
e 10 for having 600 vertices, and has the same | vertex arrangement as the regular convex 120-cell. |
ition of 5 small cubicuboctahedra, in the same | vertex arrangement as the compound of 5 small rhombic |
x and 2k-1,1 (n-1)-polytope facets, each has a | vertex figure as an (n-1)-demicube, {31,n-2,1}. |
They have Wythoff symbol p q r | and | vertex figures as 2p.2q.2r. |
of its vertices with k colours such that each | vertex has at most d neighbours having the same colou |
ts in the plane the NNG is a planar graph with | vertex degrees at most 6. |
The choice of which | vertex lies at zero is arbitrary with the alternative |
The algorithm finds a maximal set of | vertex disjoint augmenting paths of length k. |
on scattering has the advantage that the first | vertex can be cleanly described by the well known qua |
The internal angle of the spherical digon | vertex can be any angle between 0 and 180 degrees. |
d to red ones by any automorphism, but any red | vertex can be mapped on any other red vertex and any |
e Discharging Phase the charge at each face or | vertex may be redistributed to nearby faces and verti |
And if v itself is removed, any other | vertex may be chosen as the apex. |
y three vertices, either there exists a unique | vertex that belongs to shortest paths between all thr |
ng grey with greenish and reddish reflections, | vertex shining bronze brown, neck tufts shining dark |
Head: frons shining ochreous-white; | vertex shining bronze brown with reddish gloss, later |
Head: frons shining ochreous-white, | vertex dark brown with reddish gloss, laterally and m |
Head: frons shining yellowish white, | vertex light brown, neck tufts brown, medially and la |
s-white with greenish and reddish reflections, | vertex bronze brown, neck tufts dark bronze brown wit |
oduce the Y-local maps Fi constructed from the | vertex functions by |
e thus shown to involve replacing the singular | vertex (node) by either a 3-sphere (by way of deformi |
A Swastika (standing on the | vertex) framed by a quadrat. |
the triangle; also we are told that C1 covers | vertex 1, C2 covers vertex 2, C3 covers vertex 3, and |
borescence is a directed graph in which, for a | vertex u called the root and any other vertex v, ther |
The | vertex figure can be seen topologically as a modified |
The | vertex types can be directly observed as described in |
iplines, a bivariegated graph is a graph whose | vertex set can be partitioned into two equal parts su |
blem of finding the size of a minimum feedback | vertex set can be solved in time O(1.7347n), |
A graph is said to be k-varigated if its | vertex set can be partitioned into k equal parts such |
or of selection is a linear process where only | vertex i-1 can replace vertex i (but not the other wa |
ny cell complex C is a flag complex having one | vertex per cell of C. A collection of vertices of the |
et to provide links to Holy Cross High and the | Vertex training centre as well as providing future ho |
ollapsed into a point, losing one edge and one | vertex, and changing two squares into triangles. |
nt and one of the vertices of the polygon; the | vertex is chosen at random in each iteration. |
An external | vertex is colored with the field label of its inciden |
the three paths between them have exactly one | vertex in common. |
Each | vertex v contains the coordinates of the vertex and a |
t is, the number of trees for which each graph | vertex (not counting the root) is adjacent to no more |
In mathematics, a | vertex cycle cover (commonly called simply cycle cove |
ecome 24 tetrahedron cells, and the 96 deleted | vertex voids create 96 new tetrahedron cells. |
that D consists of paths and even cycles (each | vertex of D has degree at most two and edges belongin |
tallic with greenish and purplish reflections, | vertex shining dark brown with golden gloss, neck tuf |
h white with greenish and reddish reflections, | vertex shining dark brown, laterally and medially lin |
s-white with greenish and reddish reflections, | vertex shining dark bronze brown with reddish gloss, |
ry grey with greenish and reddish reflections, | vertex shining dark brown, neck tufts shining dark br |
imensions, made of uniform polytope facets and | vertex figures, defined by all permutations of rings |
In the graph theory tree, a leaf node is a | vertex of degree 1 other than the root (except when t |
in a Cn equals the number of edges, and every | vertex has degree 2; that is, every vertex has exactl |
To contract a loop e at | vertex v, delete e and v but not the other edges inci |
red denotes a non-principal | vertex, green denotes an ear and blue denotes a mouth |
ach half-edge also has a pointer to its origin | vertex (the destination vertex can be obtained by que |
Below is the table of the best known | vertex transitive digraphs (as of October 2008) in th |
minus the sum of the outgoing numbers at each | vertex is divisible by four. |
ach form; a mirror is active with respect to a | vertex that does not lie on it. |
ales of the head are directed forward over the | vertex and down the frons. |
It can be obtained by connecting an apex | vertex to each of the degree-three vertices of a rhom |
Therefore, removing one | vertex from each short cycle leaves a smaller graph w |
pendent set I such that I contains exactly one | vertex from each path in P. Dilworth's theorem follow |
uare pyramid is convex and the defects at each | vertex are each positive. |
The Desargues graph has one | vertex for each point, one vertex for each line, and |
nstance to one-in-three SAT as a graph, with a | vertex for each variable and each clause, and an edge |
entagons), with five pentagons meeting at each | vertex, intersecting each other making a pentagrammic |
ph; both parts of the bipartite graph have one | vertex for each vertex of G. |
It has one | vertex for each arc in the set, and an edge between e |
a given planar graph G is a graph which has a | vertex for each plane region of G, and an edge for ea |
edge arrangement which means they have similar | vertex and edge arrangements, but may differ in their |
Given a CW complex S containing one | vertex, one edge, one face, and generally exactly one |
lling in new faces in the gaps for each opened | vertex and edge. |
lling in new faces in the gaps for each opened | vertex and edge. |
The henagonal henahedron consists of a single | vertex, no edges and a single face (the whole sphere |
through the graph must go in or out of the top | vertex (and either one of the lower ones). |
Thus the interior angle at each | vertex is either 90° or 270°. |
The degree of a | vertex is equal to the number of adjacent vertices. |
For an undirected graph, the degree of a | vertex is equal to the number of adjacent vertices. |
The simplex graph has one | vertex for every simplex in the clique complex X(G) o |
form the clique graph, as is every set of one | vertex and every set of two adjacent vertices. |
ph G, one may form a switch graph that has one | vertex for every corresponding pair of vertices in G |
a universal graph may be constructed having a | vertex for every possible label. |
It is a cubic graph: every | vertex touches exactly three edges. |
)-graph is defined to be a graph in which each | vertex has exactly r neighbors, and in which the shor |
Each | vertex has exactly m incoming and m outgoing edges. |
Corporation, Xanatos demands vast supplies of | Vertex, an expensive crystal worth high monetary valu |
case, a DCEL contains a record for each edge, | vertex and face of the subdivision. |
The graphs that may be built from a single | vertex by false twin and true twin operations, withou |
A | vertex function fi for each vertex i. |
The rectified 10-orthoplex is the | vertex figure for the demidekeractic honeycomb. |
This polytope is the | vertex figure for a uniform tessellation of 6-dimensi |
A | vertex figure for an n-polytope is an (n-1)-polytope. |
he theorem states that the size of the minimum | vertex cut for x and y (the minimum number of vertice |
rongly, every strongly connected tournament is | vertex pancyclic: for each vertex v, and each k in th |
Below is the table of the | vertex numbers for the best-known graphs (as of Octob |
This polytope is the | vertex figure for the 162 honeycomb. |
The | vertex figure for a regular 4-polytope {p,q,r} is an |
For example, a | vertex figure for a polyhedron is a polygon figure, a |
The birectified 5-simplex is the | vertex figure for the 6 dimensional 122 polytope. |
The rectified hexacross is the | vertex figure for the demihexeractic honeycomb. |
Kac, Victor, | Vertex Algebras for Beginners, Second Edition, AMS 19 |
locally cyclic; that is, the neighbors of each | vertex should form a cycle. |
pecial for having all even number of edges per | vertex and form bisecting planes through the polyhedr |
theoretic terms, each colour class in a proper | vertex coloring forms an independent set, while each |
ation ordering of the graph and that, for each | vertex v, forms a clique for v and its later neighbor |
face of the rhombic dodecahedron with a single | vertex and four triangles in a regular fashion one en |
The language unifies | vertex and fragment processing in a single instructio |
The median bisects the | vertex angle from which it is drawn only in the case |
Pop the top | vertex v from S. Perform a depth-first search startin |
every | vertex of G is mapped to the spine of B; and |
tex graph G as assigning O(logn) bits to every | vertex of G together with an algorithm to determine w |
The telescope was designed and constructed by | VERTEX Antennentechnik GmbH (Germany), under contract |
The terminology of using colors for | vertex labels goes back to map coloring. |
Head: frons and | vertex shining golden bronze, neck tufts shining dark |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |