Sentence examples for solution of the restricted from inspiring English sources

Recall that by the solution of the restricted Burnside problem G is locally finite [9, 10].

The CADF scheme comprising just the solution of the restricted MKP can be thought of as a content-aware outer loop that runs every second.

From Zelmanov's solution of the restricted Burnside problem [65, 66], it immediately follows that the universal theory of finite groups in every finitely based periodic variety of groups is decidable.

Using the well-known mountain-pass theorem, we conclude that the functional J T has a nontrivial critical point u T, λ ∈ X T, which is a solution of the restricted problem ( u ′ | u ′ | p − 2 ) ′ − a ( x ) u | u | p − 2 + λ b ( x ) u | u | q − 2 = 0, x ∈ ( − T, T ), u ( − T ) = u ( T ) = 0. (2).

⇒: Let R′ be a solution of the restricted problem for 𝒞′ of size k + 1, there are two cases to consider.

The theorem, which Poincaré announced without proof in 1912 shortly before he died, confirms the existence of an infinite number of periodic solutions for the restricted three-body problem i.e., stable orbits involving three (solar) bodies.

We make clear the gap between the solution space of the restricted case and that of the non-restricted case.

Solutions to most of the restricting features mentioned above are already implemented in Google Scholar and other Google products, but may be artificially restricted or not fully functional in the Google Scholar search interface.

But, putting aside the obvious unconstitutionality of the proposal, there are surely ways to address that phenomenon without resorting to the wildly disproportionate, draconian solution of restricting the 14th Amendment's guarantee of birthright citizenship.

In a second step, we check the error ERR, which is introduced by the truncation of x ˜ ( t + h, w ) to S. Therefore, we split Ω i into two equal subsets and compute the solution of (36) conditionally restricted to those subsets.

So, all the solutions of (1.1) restricted on I 2 are in l w 2 ( I 2 ) by Lemma 3.7.