Furthermore, the authors propose an object-oriented dimension-reduction technique: subspace reliability analysis, which directly removes the unreliable feature dimensions of two class-conditional covariance matrices in two separate subspaces.
We follow the approach of Schmitz and Ying (2012) on combining the nested dissection matrix factorization method with hierarchical matrices in two dimensions and extend it to the three dimensional case.
In TDD systems, H ― k can be estimated from the signal received in the last frame and a k in this case is the correlation coefficient of channel matrices in two adjacent frames [27].
After applying the above mode choice model to all OD pairs of TAZs in the study area, the total trip matrices in three time periods are split into 4 modes: drive alone, HOV, walk to rail, and drive to rail.
To examine the performance of PART-up, we prepared two types of LOH profile matrices in two different ways: paired and unpaired LOH profile matrices.
Specimens of tetragonal zirconia polycrystal (TZP) and aluminum toughened zirconia (ATZ) were modified with glass solder matrices in two configurations which mainly consisted of SiO2, Al2O3, K2O, and Na2O.
"It was a data-driven matrix that took in eight or nine different things," said the spokeswoman, Kathy Graham.
A simple technique has been proposed in order to disperse a high vol.% of ceramic particles into a nickel matrix in two steps.
Mathematically, nestedness was estimated by the system's 'temperature' via binary matrixes in three steps by computing first an isocline of perfect order, reorganizing the matrix by permuting rows and columns in the way that maximizes its nestedness and comparing its normalized distance to the isocline61.
The main idea is to design a probabilistic model describing the factorization of a given data matrix in two other matrices, from which information about rows and columns belonging to the sought for biclusters can be obtained.
