As already commented in the introduction, both types of problem are proven to belong to the class of the NP-hard problems, that is, highly difficult problems in terms of computational burdens and efficacy.
In terms of computational complexity, the proposed approach makes the computation of biomarker tractable.
NAFSA shows good performance in terms of computational accuracy and computational efficiency for large scale RAP.
This approach is reasonable in terms of computational complexity.
This operation is trivial in terms of computational complexity.
Therefore, the computational complexity proposed in this work is a more adequate measure in terms of computational effort.
It was proposed that the distinction could be formalized in terms of computational complexity, leading to a suite of complexity classes, including N and NP.
The aim of this study is to evaluate the performance of fluid motion tracking in terms of computational accuracy.
These results hold not just in terms of accuracy but also in terms of computational complexity.
Thus, the assembly of shorter reads is challenging in terms of computational power and resources needed.
