Sentence examples for can quickly solve from inspiring English sources

I will present several meta learning algorithms that can quickly solve simulated robotics tasks, and show how a simple meta learning approach can address the sim2real problem in robotics.

If the state can quickly solve its midterm energy issues -- by securing electricity contracts to tide it over until the new power plants come online and encouraging power users to conserve -- the economic pain will be modest, said Mr. Lieser, the U.C.L.A. forecaster.

That's because current algorithms already can quickly solve the graph isomorphism problem for the vast majority of graphs.

Platt [17] developed a learning algorithm called SMO, "sequential minimal optimization" that can quickly solve the problem of quadratic optimization (QP).

Over the years, researchers have built very efficient SAT solvers which can quickly solve many SAT instances -- i.e., find a satisfying assignment or prove that there is none -- even for instances with millions of variables.

In turn, users can quickly solve for existing issues or learn how to develop their Airbnb profiles at their leisure with an easy-to-navigate and user-friendly content offering.

So while a solution for the Birch and Swinnerton-Dyer conjecture, another of the Clay Millennium Prize problems, would be an impressive feat, it would have less practical application than definitive proof that anything we are able to quickly check (NP), we can also quickly solve (P).

The definition of the shear stress amplitude on a material plane as well as the evaluation of the amplitude of the second invariant of the stress deviator can be led back to an optimization problem which can be quickly solved with already existing routines.

In our approach, an invariant manifold is locally modeled as a graph of some function satisfying a particular quasi-linear PDE, which can be quickly solved using yet another version of OUMs.

He has repeatedly indicated the issue can be quickly solved if they only met face-to-face.

Thus, it seems likely that these instances can be quickly solved by the algorithm from Theorem 3, running in O (2 q ′ v ⋅ n 2 ⋅ q v ′ ) time.