A recent extension of Tent Pitcher due to Abedi et al. (2004) adapts the spatial size of spacetime elements in 2D × time to a posteriori estimates of numerical error.
The model adapts the spatial and temporal correlation function models frequently used in jet noise prediction, so that the axial, radial and lateral integral space and time scales are included to model flow anisotropy, the spatial structure of the Reynolds stress field being used to account for flow inhomogeneity.
To compute such a type of singularities sufficiently and effectively, and hence to mimic the asymptotic behavior of the solution as (trightarrow T), the numerical method employed is required to adapt the spatial meshes to the evolving singularities.
In the present article, we adapted the spatial-updating task to independently manipulate shifts of perceptual attention and the locations of objects in WM, allowing us to test the predictions of these three hypotheses.
Based on the concept of mitigating the intrinsic interference mentioned above for point-to-point MIMO FBMC/OQAM systems, the authors in [12] have adapted the conventional spatial Tomlinson-Harashima precoder (STHP) to an FBMC/OQAM-based multiple-input-single-output broadcast channel (MISO-BC) which results in a new nonlinear precoder.
Firstly, the SACO-OFDM signal will be analysed in the spatial domain by adapting the analysis of temporal OFDM shown in [31].
Aside from sheer performance advantages, the real power of this technique is in its inherent ability to adapt to the spatial inhomogeneity of the problem.
In this paper, we argue that system dynamics (SD) models combined with participatory approaches have important roles in bridging this gap, though these will need to be adapted to the spatial influences that exist in urban settings.
42, 64– 66 Efforts have been made in adapting the current algorithms to accommodate both spatial and temporal partial coherence.
We describe the spatial pattern of neonatal mortality given locations by adapting the hierarchical Bayesian model formulation of [19].
