turing reduction造句

例句与造句

1. There is a Turing reduction from every problem to its complement problem.
2. Another type of reduction is polynomial-time Turing reduction.
3. Many-one reductions are a special case and stronger form of Turing reductions.
4. This kind of reduction corresponds to Turing reduction.
5. According to the Church Turing thesis, a Turing reduction is the most general form of an effectively calculable reduction.
6. It's difficult to find turing reduction in a sentence. 用turing reduction造句挺难的
7. The closure of any complexity class under Turing reductions is a superset of that class which is closed under complement.
8. The second way to produce a stronger reducibility notion is to limit the computational resources that the program implementing the Turing reduction may use.
9. Because there are Turing reductions from every problem to its complement, any class which is closed under Turing reductions is closed under complement.
10. Because there are Turing reductions from every problem to its complement, any class which is closed under Turing reductions is closed under complement.
11. These reductions are stronger in the sense that they provide a finer distinction into equivalence classes, and satisfy more restrictive requirements than Turing reductions.
12. Equivalently, a weak truth-table reduction is a Turing reduction for which the use of the reduction is bounded by a computable function.
13. There may be no way to build a many-one reduction from one set to another even when a Turing reduction for the same sets exists.
14. It therefore suffices to show that if limit computability is preserved by Turing reduction, as this will show that all sets computable from 0'are limit computable.
15. Suppose that Y ( z ) = \ phi ^ { X } ( z ) for some Turing reduction \ phi and define a computable function Y _ s as follows
16. There is a randomized poly-time reduction of NP to UP, hence you can consider Sudoku solving to be " NP-complete " by randomized poly-time Turing reductions.
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