Exact(5)
The GNM features the high-order convergence rate, at least convergence order (m+1), which has been verified from theoretical analysis section in detail.
We found Lanczos algorithm appropriate for our scenario as it has the least convergence time as compared to other approaches [17].
We have proved a-priori error estimators for the interior penalty formulation of the regularized curl-curl source problem (3 -(4); If the solution is approximated by k-th order edge functions we can expect at least convergence of order (O(h^{k-1})) (provided the exact solution is sufficiently smooth).
HA429 and HA481 showed the least convergence, indicating changing sampling effort across localities can change the resulting migration structure.
Indeed, this is yet an open problem even for standard BEM with piecewise polynomials; see [26], where at least convergence of an h -adaptive algorithm is analyzed.
Similar(55)
This knowledge chain supports the progressive by least commitment convergence of the space of design solutions.
It has by design a nice geometrical structure appealing from an engineering viewpoint; it is easy to tune, computationally very thrifty, and with guaranteed (at least local) convergence around every trajectory.
Furthermore, sequences {x n } and {y n } are at least linear convergence.
Hence, any DCA-based algorithm enjoys (at least) general convergence properties of the generic DCA scheme that are already available.
Therefore, from (4.7 - 4.10), it implies that sequences {x n } and {y n } are at least linear convergence.
Now, we state that the iterative scheme (2.12) has at least a convergence rate of order (m+1).
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