Parallel computing for differential equations ... that decomposes the time-domain integration of differential equations to allow simultaneous processing of multiple time intervals.

Very often, the hardest work on a merger or acquisition only begins after the ink has dried on the paperwork. Achieving the objectives set for the transaction usually require a successful ...

Abstract: Simultaneous localization and mapping (SLAM ... structured to mimic the nonlinear motion dynamics of the true SLAM problem posed on the matrix Lie group of $\mathbb {SLAM}_{n}(3)$ . The ...

Abstract: There are well-known fast algorithms, such as the Levinson recursion, for solving linear equations with a Toeplitz (or Hankel) coefficient matrix. This paper extends the saving obtained by ...

Parallel connectome trajectories unfold asynchronously across timescales, sustaining a multiplex of functionally distinct brain networks operating at different speeds.

For rigid blocks, the plane motion equation and rotation equation of the block are respectively ... At this time, the distance between some matrix areas and the hydraulic fractures is farther, which ...

which also needs to list its state equation. Moreover, the SG considers the excitation and speed regulation system. Therefore, compared with the grid-connected system containing VSC for active support ...

Computes the mass and energy errors for the Coupled Fractional Gross-Pitaevskii Equations under different numerical settings. GP_M_E.m Computes the mass, energy, as well as mass and energy errors for ...

In this paper, we establish a simultaneous decomposition for three quaternion tensors via Einstein product. This simultaneous decomposition transforms the given three quaternion tensors into nice ...