Sentence examples for reconstruction solution from inspiring English sources
A simpler, although less efficient, reconstruction solution also much used in literature, defines as the reconstructed value the side-information value, if this side information value in within the decoded bin; if not, the reconstructed value assumes the lowest intensity value or the highest intensity value within the decoded quantized bin, following a saturation approach.
This simpler reconstruction solution bounds the error between the WZ frames and the reconstructed frames to the quantizer coarseness since the reconstructed pixel value is between the boundaries of the decoded quantized bin.
The former stores the current-best complete reconstruction (solution) known, whereas the latter stores the best complete reconstruction obtained by the ants during iteration k.
With increased popularity of perforator flaps, chimeric flaps' harvest and design has benefited from 'perforator concept' towards more versatile and better reconstruction solutions.
The results demonstrate that the proposed method has an excellent computational efficiency and could obtain more reliable phase reconstruction solutions compared to the traditional method using phase triangulation algorithm.
The work applies the finite volume method to discretize the governing differential equations, and inviscid and viscous fluxes at the cell interface are evaluated simultaneously by local reconstruction of solution for the continuous Boltzmann equation.
Initially, when the additional constraints arising from the proteomic data were imposed on the genome-based reconstruction, no solution was possible by FBA.
As with the photographic 3D reconstruction software solutions, MeshLab does not provide any statistical values to indicate the precision or accuracy of the alignment of the point clouds.
PathwayVoyager represents an alternative approach to many already existing, more complex pathway reconstructions software solutions.
The design involves an essentially non-oscillatory piecewise polynomial reconstruction of the solution from its cell averages, time evolution through an approximate solution of the resulting initial value problem, and averaging of this approximate solution over each cell.
A crucial step in obtaining high-order accurate steady-state solutions to the Euler and Navier Stokes equations is the high-order accurate reconstruction of the solution from cell-averaged values.
