Sentence examples for furthermore sparse from inspiring English sources

Furthermore, sparse representation method was used for capturing the convolution kernels in the network, which simulates the function of the retina cells of the eyes.

Furthermore, sparse modeling of Gaussian process ordinal regression enables reduction of computation cost.

Furthermore, sparse signal representation algorithms have also been received much attention, which can provide new approaches for wideband DOA estimation [15 17].

Furthermore, sparse epidemiological evidence exists on the potential public health risks associated with residing near former manufactured gas plant sites.

Furthermore, sparse sequence resources for many species of Lepidoptera result in unreliable and inappropriate estimates of Helitron presence or absence using a bioinformatic approach, but may improve as additional genome resources become available [ 39].

Furthermore, a sparse learning via iterative minimization (SLIM) algorithm is developed and compared to other sparse methods such as iterative adaptive approach (IAA) [16].

Furthermore, the sparse triangle region is separated into planar regions, cylindrical regions, and conical regions by the Gauss map of the triangular faces and Hough transformation; the dense triangle region is also segmented by the mean shift operation performed on the mean curvature field defined on the mesh faces.

Furthermore, the sparse research in this area has not seen conclusive results (Zacharia, 2015).

Furthermore, combining Bayesian sparse representation and Bayesian regression leads to Bayesian sparse representation regression model, which is very helpful for designing supervised dictionary learning.

It is furthermore termed as sparse representation when K ≪ N. The sparsest representation is then obtained by finding g∈ ℝ L that minimizes under the constraint ||g||0 ≤ K or, using the dual formulation, by finding g∈ ℝ L that minimizes ||g||0 under the constraint.

Furthermore, a highly sparse problem-dependent preconditioner is developed to significantly reduce the number of iterations used by the iterative solvers.