Examples of 'depth-first search' in a sentence
Meaning of "depth-first search"
depth-first search: a method used in computer science and graph theory for traversing and searching tree or graph data structures. This algorithm explores the depth of each branch before backtracking
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- An algorithm for traversing a tree or graph where one starts at the root and explores as far as possible along each branch before backtracking.
How to use "depth-first search" in a sentence
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depth-first search
See depth-first search for more information.
The depth is standard to maintain during a depth-first search.
The idea is to run a depth-first search while maintaining the following information,.
Maze generation may use a randomized depth-first search.
The depth-first search algorithm of maze generation is frequently implemented using backtracking.
Randomized algorithm similar to depth-first search used in generating a maze.
An alternative algorithm for topological sorting is based on depth-first search.
But without the explored set, depth-first search has a huge advantage in terms of space saved.
This procedure here performs just like depth-first search.
Depth-first search always expands the deepest node in the current frontier of the search tree.
This ordering is called the lexicographic depth-first search ordering.
Play media Algorithms that use depth-first search as a building block include, Finding connected components.
This algorithm is a randomized version of the depth-first search algorithm.
All depth-first search trees and all Hamiltonian paths are Trémaux trees.
The tree constructed in this way is known as a depth-first search tree.
See also
Depth-first search of binary tree.
In its basic form, backtracking resembles a depth-first search in a directed graph.
A depth-first search ( DFS ) is an algorithm for traversing a finite graph.
There are also tree traversal algorithms that classify as neither depth-first search nor breadth-first search.
Depth-first search ( DFS ) is an algorithm for traversing or searching tree or graph data structures.
We then propose two snap-stabilizing applications obtained with the previously presented depth-first search protocols.
But not so for depth-first search.
Alternatively, a similar procedure may be used with breadth-first search in place of depth-first search.
This is done via depth-first search.
Can a depth-first search tree be constructed in NC? Does linear programming admit a strongly polynomial-time algorithm?
So when I tried to run a depth-first search.
Depth-first search Iterative deepening depth-first search Level structure Lexicographic breadth-first search Parallel breadth-first search.
We learned about depth-first search.
So, depth-first search is not complete.
Animated example of a depth-first search.
Start the depth-first search with the 4-unit piece.
Let formula 8 be the depth of the resulting depth-first search tree.
See also Depth-first search.
Animation of generator 's thinking process using Depth-First Search.
Output of a depth-first search.
There is a very simple algorithm, it 's called depth-first search.
Either a breadth-first or a depth-first search may be used.
Let d { \ displaystyle d } be the depth of the resulting depth-first search tree.
The best-first and the depth-first search approach.
When we use a stack, the algorithm is called Depth-First Search ( DFS ).
Bowtie conducts a quality-aware, greedy, randomized, depth-first search through the space of possible alignments.
To support real-time optimization of Rall, a dynamic programming depth-first search algorithm is utilized.
Creating mazes with Depth-First Search.
Breadth-first search is complete, but depth-first search is not.
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Examples of using Search
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Does not make the search less important
Search for the sensor or check batteries
Expand the search to the east coast
