Примери коришћења Polynomial time на Енглеском и њихови преводи на Српски
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That's polynomial time.
Then s2= 0,because 2-SAT can be solved in polynomial time.
So that's polynomial time.
This implies that Pr is also computable in polynomial time.
This means that, in polynomial time, P1 cannot be distinguished from P2.
Later, the Ford-Fulkerson algorithm was proposed to find such paths in polynomial time.
We can check in polynomial time.
P, the class of polynomial time solvable problems, is a subset of both NP and co-NP.
Can be solved in polynomial time.
The complexity of the algorithm is Θ(n3) andcan be solved by a deterministic machine in polynomial time.
This problem can be solved in polynomial time, and in fact is complete for the complexity class NL.
No classical algorithm is known that can factor integers in polynomial time.
This problem can be solved in polynomial time, and in fact is complete for the complexity class NL.
Unlike the chromatic index,the arboricity of a graph may be computed in polynomial time.
If we do limit it to polynomial time, we get the class RL, which is contained in but not known or believed to equal NL.
The class of questions for which an answer can be verified in polynomial time is called NP.
(1985) describe polynomial time algorithms for coloring any graph with Δ+ 1 colors, meeting the bound given by Vizing's theorem;
A decision problem is in NP if it can be solved by a non-deterministic algorithm in polynomial time.
One may also compute in polynomial time an orientation of a graph that minimizes the outdegree but is not required to be acyclic.
Computer science provided a rigorous definition with the introduction of polynomial time, which dates to 1965.
Bipartite graphs may be recognized in polynomial time but, for any k> 2 it is NP-complete, given an uncolored graph, to test whether it is k-partite.
The corresponding complexity class that also requires the machine to use only polynomial time is called ZPLP.
On the positive side,the problem is solvable in polynomial time on bipartite domino-free graphs(Amilhastre, Janssen& Vilarem 1997).
The latter can be computed as a determinant, by the matrix tree theorem,giving a polynomial time algorithm.
Finally, subsequent to the proof of the strong perfect graph theorem, a polynomial time algorithm was discovered by Chudnovsky, Cornuéjols, Liu, Seymour, and Vušković.
There are polynomial time algorithms that construct optimal colorings of bipartite graphs, and colorings of non-bipartite simple graphs that use at most Δ+1 colors;
For graphs of bounded clique-width,the longest path can also be solved by a polynomial time dynamic programming algorithm.
Furthermore, the longest path problem is solvable in polynomial time on any class of graphs with bounded treewidth or bounded clique-width, such as the distance-hereditary graphs.
An alternative characterization of PSPACE is a set of problems decidable by a turing machine in polynomial time, sometimes called, APTIME or AP.
In computational complexity theory, polynomial time refers to the computation time of a problem where the time, m(n), is no greater than a polynomial function of the problem size, n….