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On short connecting nets with added points
mathematics, the Steiner tree problem, or minimum Steiner tree problem, named after Jakob Steiner, is an umbrella term for a class of problems in combinatorial
Steiner_tree_problem
Variant of the Steiner tree problem in geometry and combinatorics
The rectilinear Steiner tree problem, minimum rectilinear Steiner tree problem (MRST), or rectilinear Steiner minimum tree problem (RSMT) is a variant
Rectilinear_Steiner_tree
points alone. The name of these points comes from the Steiner tree problem, named after Jakob Steiner, in which the goal is to connect the input points by
Steiner point (computational geometry)
Steiner_point_(computational_geometry)
Topics referred to by the same term
mathematics, Steiner's problem (named after Jakob Steiner) may refer to: Steiner's calculus problem The Steiner tree problem Steiner's conic problem This disambiguation
Steiner's_problem
Species of slime mold, model organism
compute shortest paths. A very similar model can be shown to solve the Steiner tree problem. However, these models are externally consistent but not internally
Physarum_polycephalum
eds. (1992). The Steiner Tree Problem. Annals of Discrete Mathematics. Vol. 53. North Holland. ISBN 9780444558466. "DIMACS Steiner Tree Challenge". Archived
Wiener_connector
Estimate of time taken for running an algorithm
arise in approximation algorithms; a famous example is the directed Steiner tree problem, for which there is a quasi-polynomial time approximation algorithm
Time_complexity
Type of geometric grid
Hanan Grid Problems Networks, vol. 38, 2000, pp. 200-221 Christine R. Leverenz, Miroslaw Truszczynski, The Rectilinear Steiner Tree Problem: Algorithms
Hanan_grid
subsequent authors on the Steiner tree problem, e.g. Robins and Zelikovsky proposed an approximation algorithm for Steiner tree problem which on quasi-bipartite
Quasi-bipartite_graph
approximation Variations of the Steiner tree problem. Specifically, with the discretized Euclidean metric, rectilinear metric. The problem is known to be NP-hard
List_of_NP-complete_problems
Minimum-cost tree with exactly k vertices
tree problem has been shown to be NP-hard by a reduction from the Steiner tree problem. The reduction takes as input an instance of the Steiner tree problem:
K-minimum_spanning_tree
Type of algorithm
the optimum solution, the problem is W[2]-hard (due to a folklore reduction from the Dominating Set problem). Steiner Tree is also known to be APX-hard
Parameterized approximation algorithm
Parameterized_approximation_algorithm
Shortest network connecting points
form, forming a tree with smaller total length. In comparison, the Steiner tree problem has a stronger angle bound: an optimal Steiner tree has all angles
Euclidean minimum spanning tree
Euclidean_minimum_spanning_tree
Japanese biologist
are able to memorize mazes. It is proposed as a solution to the Steiner tree problem to figure out the shortest path between two points. Additionally
Toshiyuki_Nakagaki
German applied mathematician and theoretical computer scientist
algorithms for combinatorial optimization problems including the travelling salesperson problem and the Steiner tree problem. She is an associate professor at
Vera_Traub
Graph theory model
ISBN 978-3-540-85218-6. Hwang, Frank; Richards, Dana; Winter, Pawel (1992), The Steiner Tree Problem, Annals of Discrete Mathematics (North-Holland Mathematics Studies)
K-tree
Czech mathematician (1897–1970)
Miloš Kössler [cs] (1934) on the Euclidean Steiner tree problem. In this problem, one must again form a tree connecting a given set of points, with edge
Vojtěch_Jarník
Mathematical space with a notion of distance
computational problems: Network design: Improves approximation algorithms for problems like the Group Steiner tree problem (a generalization of the Steiner tree problem)
Metric_space
Least-weight tree connecting graph vertices
Hamiltonian cycle. The Steiner tree of a subset of the vertices is the minimum tree that spans the given subset. Finding the Steiner tree is NP-complete. The
Minimum_spanning_tree
American mathematician (1923–2013)
classical Steiner tree problem. This work also formulated the Gilbert–Pollak conjecture on the ratio between the length of the Steiner tree and minimum
Edgar_Gilbert
Graph divided into two independent sets
two points have the same parity Quasi-bipartite graph, a type of Steiner tree problem instance in which the terminals form an independent set, allowing
Bipartite_graph
Iranian-American mathematician
undirected graphs, for formulating the Steiner tree problem on networks, and for his work on facility location problems on networks. Hakimi, S. L. (1963),
S._L._Hakimi
Subset of a graph's vertices, including at least one endpoint of every edge
2010-03-05. Garey, Michael R.; Johnson, David S. (1977). "The rectilinear Steiner tree problem is NP-complete". SIAM Journal on Applied Mathematics. 32 (4): 826–834
Vertex_cover
Triangle center minimizing sum of distances to each vertex
The Fermat point gives a solution to the geometric median and Steiner tree problems for three points. The Fermat point of a triangle with largest angle
Fermat_point
Topics referred to by the same term
solution to the Steiner tree problem for those three vertices The Fermat point of a triangle, the solution to the Steiner tree problem for the three vertices
Steiner_point
American computer scientist
minimum Steiner tree problem with an approximation ratio 1.55, widely cited by his peers and also widely held in libraries. "Improved Steiner Tree Approximation
Alexander_Zelikovsky
Number of digits needed to express a number in a particular base
In mathematics and computer science, optimal radix choice is the problem of choosing the base, or radix, that is best suited for representing numbers
Optimal_radix_choice
Unsolved problem in graph theory
points are called Steiner points and the shortest network that can be constructed using them is called a Steiner minimum tree. The Steiner ratio is the supremum
Gilbert–Pollak_conjecture
American computer scientist
research on the Euclidean minimum Steiner trees, including an attempted proof of Gilbert–Pollak conjecture on the Steiner ratio, and the existence of a polynomial-time
Ding-Zhu_Du
German research institute for applied mathematics and computer science
Pseudo-Boolean challenge 2009 Feb 11, 2011. A Generic Approach to Solving the Steiner Tree Problem and Variants Nov 9, 2015. PolySCIP Aug 15, 2016. scipopt May 22,
Zuse_Institute_Berlin
Austrian esotericist (1861–1925)
all biographies of Steiner are hagiography, except the books by Gebhardt, Ullrich, and Zander. Steiner's father, Johann(es) Steiner (1829–1910), left a
Rudolf_Steiner
ending objects in a geodesic; when m=1 and n>1, this is the Directed Steiner Tree Problem, which is NP-hard. Commuting diagrams are important for at least
Feature-oriented_programming
List of unsolved computational problems
NP? NC = P problem NP = co-NP problem P = BPP problem P = PSPACE problem L = NL problem PH = PSPACE problem L = P problem L = RL problem Unique games
List of unsolved problems in computer science
List_of_unsolved_problems_in_computer_science
Mathematician and computer scientist
(link) and a monograph on the Steiner tree problem: Prömel, Hans Jürgen; Steger, Angelika (2002). The Steiner Tree Problem : a Tour through Graphs, Algorithms
Angelika_Steger
Stage of electronic circuit design
Almost every problem associated with routing is known to be intractable. The simplest routing problem, called the Steiner tree problem, of finding the
Routing (electronic design automation)
Routing_(electronic_design_automation)
2015 mathematics book by Akiyama and Matsunaga
theorem, the Euler characteristic, dissection problems and the Dehn invariant, and the Steiner tree problem. The book is heavily illustrated. And although
Treks_into_Intuitive_Geometry
Largest independent set of paired elements
S2CID 17991210 Garey, M. R.; Johnson, D. S. (1977), "The rectilinear Steiner tree problem is NP-complete", SIAM Journal on Applied Mathematics, 32 (4): 826–834
Matroid_parity_problem
Project in integrated circuit design
methods are exclusive to TritonCTS, the application solves a buffered Steiner tree problem with balancing constraints. TritonRoute's core search algorithms
OpenROAD_Project
Swiss mathematician (1796–1863)
symmetrization Steiner system Steiner surface Steiner conic Steiner's conic problem Steiner's problem Steiner tree Steiner chain Poncelet–Steiner theorem Parallel
Jakob_Steiner
MR 0396329. Klinz, Bettina; Woeginger, Gerhard J. (1999), "The Steiner tree problem in Kalmanson matrices and in circulant matrices", Journal of Combinatorial
Kalmanson combinatorial conditions
Kalmanson_combinatorial_conditions
Type of spanning tree
spanning tree is a spanning tree where the maximum vertex degree is limited to a certain constant k. The degree-constrained spanning tree problem is to determine
Degree-constrained spanning tree
Degree-constrained_spanning_tree
Japanese biologist
mazes and even memorize mazes. It was proposed as a solution to the Steiner tree problem as the shortest way to connect two points. This affects biology and
Atsushi_Tero
Tree connecting given points by short paths
minimum-diameter tree among trees with only one non-leaf vertex, the non-leaf vertex of the tree is the 1-center of the points. If additional Steiner points are
Minimum-diameter spanning tree
Minimum-diameter_spanning_tree
Perennial woody plant with elongated trunk
botany, a tree is a perennial plant with an elongated stem, or trunk, usually supporting branches and leaves. In some usages, the definition of a tree may be
Tree
American scientific writer
sequences, Steiner tree algorithms, information dissemination in networks, parallel heuristics, methodology for computationally intractable problems and parallel
Dana_S._Richards
Shape that blocks all lines of sight
convex polygons, all vertices must be included. Therefore, the minimum Steiner tree of the vertices is the shortest connected opaque set, and the traveling
Opaque_set
Generalization of graph theory
in modelling such things as satisfiability problems, databases, machine learning, and Steiner tree problems. They have been extensively used in machine
Hypergraph
Center for Discrete Mathematics and Theoretical Computer Science at Rutgers University
partitioning and graph clustering [1] 2013−2014: Steiner tree problems 2020−2021: Vehicle routing problems A history of mathematics at Rutgers, Charles Weibel
DIMACS
American computer scientist
computational biology was written in the Yale Technical Report The Steiner-Tree Problem in Phylogeny. His first published paper in computational biology
Dan_Gusfield
Set of computational problems stated by Richard Karp (1973)
Chromatic number (also called the Graph Coloring Problem) Clique cover Exact cover Hitting set Steiner tree 3-dimensional matching Knapsack (Karp's definition
Karp's 21 NP-complete problems
Karp's_21_NP-complete_problems
French and American Writer, literary critic and philosopher (1929–2020)
Holocaust. A 2001 article in The Guardian described Steiner as a "polyglot and polymath". To his admirers, Steiner is "among the great minds in today's literary
George_Steiner
German computer scientist
algorithmic framework for the exact solution of the prize-collecting Steiner tree problem", Mathematical Programming, 105 (2–3, Ser. B): 427–449, CiteSeerX 10
Petra_Mutzel
Open problem on 3x+1 and x/2 functions
doi:10.4064/aa109-3-4. MR 1980260. S2CID 18467460. Steiner, R. P. (1977). "A theorem on the syracuse problem". Proceedings of the 7th Manitoba Conference on
Collatz_conjecture
Hamiltonian cycle Gilbert–Pollack conjecture on the Steiner ratio of the Euclidean plane that the Steiner ratio is 3 / 2 {\displaystyle {\sqrt {3}}/2} Chvátal's
List of unsolved problems in mathematics
List_of_unsolved_problems_in_mathematics
the rectilinear Steiner tree, the RMST provides a reasonable approximation and wire length estimate. Euclidean minimum spanning tree L.J. Guibas and J
Rectilinear minimum spanning tree
Rectilinear_minimum_spanning_tree
Famous sentence
emotions associated with it, an idea also intensively discussed in the problem of universals debate where Peter Abelard and others used the rose as an
Rose is a rose is a rose is a rose
Rose_is_a_rose_is_a_rose_is_a_rose
NP-hard problem in combinatorial optimization
traveller problem Exact algorithm Route inspection problem (also known as "Chinese postman problem") Set TSP problem Seven Bridges of Königsberg Steiner travelling
Travelling_salesman_problem
generation of geometric proofs, randomized geometric algorithms, Steiner tree problems, Voronoi diagrams and Delaunay triangulations, constraint solving
List of books in computational geometry
List_of_books_in_computational_geometry
Area of discrete mathematics
Königsberg Shortest path problem Steiner tree Three-cottage problem Traveling salesman problem (NP-hard) There are numerous problems arising especially from applications
Graph_theory
Sequence of locally optimal choices
solution. Problems for which greedy algorithms are used to provide approximation algorithms include the set cover, load balancing, Steiner tree and independent
Greedy_algorithm
Logic problem
and that the boat is now on the opposite bank. To fully solve the problem, a simple tree is formed with the initial state as the root. The five possible
Missionaries and cannibals problem
Missionaries_and_cannibals_problem
tree Fault tree Free tree Game tree K-ary tree Octree Parse tree Phylogenetic tree Polytree Positional tree PQ tree R-tree Rooted tree Ordered tree Recursive
List_of_graph_theory_topics
Rooted binary tree data structure
the remaining tree, the lookup performance is proportional to that of binary logarithm. BSTs were devised in the 1960s for the problem of efficient storage
Binary_search_tree
Complexity class
is NP-complete! Bern, Marshall (1990). "Faster exact algorithms for Steiner trees in planar networks". Networks. 20 (1): 109–120. doi:10.1002/net.3230200110
NP-completeness
Independent private schools in Australia
schools as Steiner streams. Steiner schools in Australia are represented by Steiner Education Australia, a not-for-profit organisation. Steiner Education
Steiner_Schools_Australia
Tree-based computer data structure
keys is unclear. An order 3 B-tree might hold a maximum of 6 keys or a maximum of 7 keys. Knuth (1998) avoids the problem by defining the order to be the
B-tree
Self-balancing binary search tree data structure
Left-leaning red–black tree AVL tree B-tree (2–3 tree, 2–3–4 tree, B+ tree, B*-tree, UB-tree) Scapegoat tree Splay tree T-tree WAVL tree GNU libavl Cormen
Red–black_tree
Undirected, connected, and acyclic graph
d_{n}-1}.} A more general problem is to count spanning trees in an undirected graph, which is addressed by the matrix tree theorem. (Cayley's formula
Tree_(graph_theory)
Graph with at most one cycle per component
found by greedy algorithms similar to those for the minimum spanning tree problem. However, Gabow and Tarjan found a more efficient linear-time approach
Pseudoforest
Philosophical treatise by Rudolf Steiner
title Steiner proposed for the English-language translation), The Philosophy of Freedom, and Intuitive Thinking as a Spiritual Path. "Steiner was a moral
The_Philosophy_of_Freedom
Computer science concept
optimality problem, the tree cannot be modified after it has been constructed. In this case, there exists some particular layout of the nodes of the tree which
Optimal_binary_search_tree
Set of primitive shapes whose union equals a polygon
vertices are vertices of the polygon (i.e. Steiner points are not allowed), then the problem is NP-complete. If Steiner points are not allowed and the polygon
Polygon_covering
Task of computing complete subgraphs
In computer science, the clique problem is the computational problem of finding cliques (subsets of vertices, all adjacent to each other, also called complete
Clique_problem
Retired German mercenary
rebels in southern Sudan. Rolf Steiner is the son of a Protestant father and Catholic mother. As a youth in Nazi Germany, Steiner was, according to his 1976
Rolf_Steiner
Season of television series
Barnes, Maggie Beer, Andy Hearnden, Robert Irwin, Justine Schofield, Rick Stein, Curtis Stone and Adriano Zumbo. Meghan, Duchess of Sussex will appear as
MasterChef Australia series 18
MasterChef_Australia_series_18
Computational problem of graph theory
In graph theory, the shortest path problem is the problem of finding a path between two vertices (or nodes) in a graph such that the sum of the weights
Shortest_path_problem
American author (1874–1946)
is where there is an adversary, a problem. Why Stein is not, finally, a good or helpful writer. There is no problem. It's all affirmation. A rose is a
Gertrude_Stein
Gospels of Matthew, Mark, and Luke
the fig tree, a single incident, despite some substantial differences of wording and content. In Luke, the only parable of the barren fig tree is in a
Synoptic_Gospels
Technique to compress data
for the final when he hit upon the idea of using a frequency-sorted binary tree and quickly proved this method the most efficient. In doing so, Huffman outdid
Huffman_coding
American politician and physician (born 1950)
out in trees protesting the construction of the Keystone XL pipeline. The Free & Equal Elections Foundation hosted a third-party debate with Stein and three
Jill_Stein
Minimum spanning forest algorithm that greedily adds edges
edge-weighted graph. If the graph is connected, it finds a minimum spanning tree. It is a greedy algorithm that in each step adds to the forest the lowest-weight
Kruskal's_algorithm
Approximation Algorithm for the Generalized Steiner Network Problem" Daniele Micciancio (MIT) "The shortest vector problem is NP-hard to approximate to within
Machtey_Award
Complexity class used to classify decision problems
Unsolved problem in computer science P = ? N P {\displaystyle {\mathsf {P\ {\overset {?}{=}}\ NP}}} More unsolved problems in computer science In
NP_(complexity)
Problem of finding the longest simple path for a given graph
graph theory and theoretical computer science, the longest path problem is the problem of finding a simple path of maximum length in a given graph. A path
Longest_path_problem
Type of graph vertex labeling
Unsolved problem in mathematics Do all trees admit a graceful labeling? More unsolved problems in mathematics In graph theory, a graceful labeling of
Graceful_labeling
Point minimizing sum of distances to given points
problem; it arises in the construction of minimal Steiner trees, and was originally posed as a problem by Pierre de Fermat and solved by Evangelista Torricelli
Geometric_median
Spiritual and pseudoscientific philosophy
Steiner, promoted a distinct program of Orthodox Church-Georgian State cooperation in such spheres as education. It is interesting that "Steinerism"
Anthroposophy
Shape containing unit line segments in all directions
some variants of the Kakeya problem" (PDF). Pacific Journal of Mathematics. 190: 111–154. doi:10.2140/pjm.1999.190.111. Stein, Elias (1976). "Maximal functions:
Kakeya_set
Free online crowdsourced encyclopedia
root problem: anti-elitism, or lack of respect for expertise. There is a deeper problem [...] which explains both of the above-elaborated problems. Namely
Wikipedia
Data structure holding key/value pairs
dictionary problem are hash tables and search trees. It is sometimes also possible to solve the problem using directly addressed arrays, binary search trees, or
Associative_array
Directed graph with no directed cycles
an undirected tree away from a particular vertex, called the root of the arborescence. Topological sorting is the algorithmic problem of finding a topological
Directed_acyclic_graph
Ability to make choices voluntarily
ISBN 0-631-14552-4 Steiner, Rudolf. "Arthur Schopenhauers sämtliche Werke in zwölf Bänden. Mit Einleitung von Dr. Rudolf Steiner, Stuttgart: Verlag der
Free_will
Heuristic search algorithm for evaluating game trees
In computer science, Monte Carlo tree search (MCTS) is a heuristic tree search algorithm for some kinds of decision processes, most notably those employed
Monte_Carlo_tree_search
Computational problem in graph theory
maximum flow problems involve finding a feasible flow through a flow network that obtains the maximum possible flow rate. The maximum flow problem can be seen
Maximum_flow_problem
Problem in computational complexity theory
Unsolved problem in computer science Is there an algorithm to solve the 3SUM problem in time O ( n 2 − ϵ ) {\displaystyle O(n^{2-\epsilon })} , for some
3SUM
Species of tree
tree is fairly disease-resistant, though a common problem is leaf scorch where planted on dry soils, however leaf scorch is not a long-term problem as
Tilia_cordata
Kabbalistic philosophical framework
not explained by Steiner, since either people aren't ready, and leaders of humanity and evolution have not let that happen. Steiner explained how the
Four_Worlds
Overview of and topical guide to algorithms
Circular buffer Tree (data structure) Binary tree Binary search tree AVL tree Red–black tree B-tree B+ tree Trie Segment tree Fenwick tree Heap (data structure)
Outline_of_algorithms
Algorithm to search the nodes of a graph
winning position for White. Implicit trees (such as game trees or other problem-solving trees) may be of infinite size; breadth-first search is guaranteed
Breadth-first_search
clade is deep in the tree and defines two fundamental subgroups, such as mammals and birds). However, this issue is not a problem with RF distances per
Robinson–Foulds_metric
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
Male
English
English name TREY means "three."
Female
Spanish
Short form of Spanish Teresa, TERE means "harvester."Â
Male
Norwegian
Norwegian form of Old Norse Steinn, STEIN means "stone."
Boy/Male
Australian, Danish, Norwegian, Swedish
Stone Fighter
Surname or Lastname
English
English : unexplained.possibly an altered form of German Stenger.
Boy/Male
American, Australian, British, English, Jamaican
Three
Surname or Lastname
English
English : occupational name for someone who cut and dressed stone, Middle English stanyer, stonier ‘stonecutter’ (from stan, ston ‘stone’ + a reduced form of hewer, agent derivative of hew(en) ‘to cut, chop’, assimilated to the agent suffix -(i)er).
Boy/Male
American, Australian, British, Chinese, Christian, English
Three
Boy/Male
English American
Three. Also atraigh 'Strand'.
Surname or Lastname
English
English : unexplained.Americanized spelling of Scheiner.
Boy/Male
German
Sone.
Surname or Lastname
English
English : occupational name for a stonemason or stonecutter, or a topographic name for someone who lived on stony ground, from a derivative of Middle English stene ‘stony place’. Compare Stone.
Male
German
Pet form of Old High German Heinrich, HEINER means "home-ruler."
Male
German
Variant spelling of German Rainer, REINER means "wise warrior."
Surname or Lastname
English (mainly southeastern)
English (mainly southeastern) : topographic name for someone who lived near a conspicuous tree, Middle English tre(w).
Boy/Male
American, Australian, Chinese
Three
Surname or Lastname
English (Sussex)
English (Sussex) : topographic name for someone who lived in a stone-built house (see Stone), with the habitational or agent suffix -er.Translation of German Steiner.
Surname or Lastname
English (mainly Sussex)
English (mainly Sussex) : habitational name from Stepney in London, named probably with an unattested Old English personal name, Stybba (genitive Stybban) + h̄þ ‘hythe’, ‘landing place’.
Female
Yiddish
Variant spelling of Yiddish Sheina, SHEINE means "beautiful."
Male
Norse
Old Norse name derived from the word steinn, STEINN means "stone."
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
Girl/Female
Indian
Youth, Bloom
Girl/Female
Arabic
Tall; Pretty
Female
Japanese
(çž³) Japanese name HITOMI means "pupil (of the eye)." This name is usually given to girls with especially beautiful eyes.Â
Boy/Male
Indian, Punjabi, Sikh
Desire
Girl/Female
Indian
Bright, Parvati
Girl/Female
Hindu
Girl/Female
Hindu, Indian
Night; Ambition; Born on Monday; Most Beautiful
Girl/Female
British, English, Spanish
Purity; Pure
Girl/Female
Tamil
Samridhhi | ஸமà¯à®°à¯€à®¤à¯à®¤à¯€
Good luck, Perfection, Wealth, Accomplishment, Welfare
Girl/Female
Tamil
Humility
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
STEINER TREE-PROBLEM
n.
One who, or that which, steps; as, a quick stepper.
n.
Something constructed in the form of, or considered as resembling, a tree, consisting of a stem, or stock, and branches; as, a genealogical tree.
n.
A cross or gallows; as Tyburn tree.
n.
A genealogical tree represented in stained glass.
a.
Having a stern of a particular shape; -- used in composition; as, square-sterned.
n.
The steamer duck.
v. t.
To drive to a tree; to cause to ascend a tree; as, a dog trees a squirrel.
v. t.
To place upon a tree; to fit with a tree; to stretch upon a tree; as, to tree a boot. See Tree, n., 3.
n.
One who fishes with a seine.
n.
One who steers; as, a boat steerer.
n.
A workman who stains; as, a stainer of wood.
imp. & p. p.
of Tree
n.
Same as Stealer.