Needing one matrix inversion, a large number of terms of the series can be easily computed with a small computation time.
Employing one matrix inversion, a large number of terms of the perturbation series of the displacement and frequency can be easily computed with a small computation time.
The computation table for the update operation may be easily computed by hand, and takes the form of a table with input/output pairings.
Using viewpoints, the reach probabilities can be easily computed, or even symbolically calculated.
Finally, the index can be easily computed using the generated correlated standard normal samples.
Moreover, the parameters can be easily computed from the moments, thus obviating the need for tables.
The aerosol optical thickness can be easily computed from the meteorological range.
In addition solutions of the un-stationary kinetic scheme can be easily computed.
The designs can be easily computed using our open source software optDesignSlopeInt, an R package on CRAN.
Furthermore, general offset surface can be easily computed in this paradigm by designing a special parallel operator for the rays.
The inversion formula and singularities for the Steiner surface can also be easily computed from the moving planes.
