Complexity, Origami, etc.
... • Less formal: an algorithm is NP if it can be done by a process in which there are a finite number of choices, and assuming the correct choice is made, the process is polynomial. The correctness can be checked in polynomial time. If all choices must be tried, the algorithm is O(2n) • NP-complete re ...
... • Less formal: an algorithm is NP if it can be done by a process in which there are a finite number of choices, and assuming the correct choice is made, the process is polynomial. The correctness can be checked in polynomial time. If all choices must be tried, the algorithm is O(2n) • NP-complete re ...
Parallel Computation
... • Exchanging messages takes no time (one step in the other model) • Writing to and reading from the memory takes no time and can be shared • We can use as many processors as we wish (for different instances of the same problem different number of processors can be used), but this number is polynomia ...
... • Exchanging messages takes no time (one step in the other model) • Writing to and reading from the memory takes no time and can be shared • We can use as many processors as we wish (for different instances of the same problem different number of processors can be used), but this number is polynomia ...
Advanced Algebra II Notes 7.1 Polynomial Degree and Finite
... Advanced Algebra II Notes 7.1 Polynomial Degree and Finite Differences Definition of a Polynomial: ...
... Advanced Algebra II Notes 7.1 Polynomial Degree and Finite Differences Definition of a Polynomial: ...