nlm_gaussianfieldSimulates a spatially correlated random fields (Gaussian random fields) model, where one can control the distance and magnitude of spatial autocorrelationFigure 1eSchlather et al. (2015) nlm_mosaicfieldSimulates a mosaic random field neutral landscape model. The algorithm imitates faul...
Quantum computers hold promise to improve the efficiency of quantum simulations of materials and to enable the investigation of systems and properties that are more complex than tractable at present on classical architectures. Here, we discuss computatio
By introducing a (ML) classifier cut, one can also see how well the multi-dimensional generation of correlated variables is in fact performing. As a further insight from a different perspective: without subsequent (final) kinematic cuts, each relevant kinematic distribution can just be modelled (...
Recessive (R){0, 0, 2}{2, 0, 0} Heterozygous only (He){0, 2, 0}{0, 2, 0} Homozygous only (Ho){2, 0, 2}{2, 0, 2} Example 1: a simple additive model↘️ A full command for REGENS to simulate genomic data with correlated phenotypes would be formatted as follows: ...
For example, the initial thickness perception of shear-thinning materials can be correlated to the viscosity of the samples at low shear rates (Stokes, 2012). The linear viscoelastic parameters show a strong negative correlation between oral consistency and oral adhesiveness of the samples, and ...
1 are transmissions of full-waveform data to the processing and recording unit 17. In the unit 17, cross-correlations are made of the full-wave received data and the unfiltered injected vibratory sweeps. When waveforms are cross-correlated and stacked with a high multiplicity, the stacked ...