Compact order approximation of decomposed matrices makes it suitable in filterbank and multiple-input multiple-output (MIMO) precoding applications or any application dealing with realization of polynomial matrices as transfer function of MIMO systems.
In the proposed new scheme, use is made of wave reflection and transmission matrices, making it possible for all computations to proceed in the direction of wave propagation so that the results are always stable numerically.
This way, the group operation, which may be abstractly given, translates to the multiplication of matrices making it accessible to explicit computations.
However, the more complex situation of the multigroup analysis combined with the requirement of analysing covariance matrices rather than correlation matrices, makes it uncertain how such a procedure behaves in the present situation.
More recent procedures, also using the matrix elements [ 21], take into account these elements' lack of independence and permit the joint consideration of several matrices, making it possible to study the contribution of identified external factors to the magnitude of the differentiation.
The lack of consistency in increase or decrease in concentrations across chemicals and matrices makes it less likely that weight change is a dominant contributing factor to levels of chemicals in breast milk, but it does suggest that the controlling factors are likely numerous and complex.
However, the computation complexity due to the inverse of large dimensional matrix makes it inappropriate for real-time processing.
The ill-conditioning of the impulse response matrix made it necessary to use Tikhonov regularization to recover the applied force from noise polluted measured response.
Owing to the low thermal conductivity (TC) of polymers, inserting particles with ultra-high TC into the polymer matrix makes it possible for polymer composites to possess high ETC.
Chitosan has close resemblance with glycans of tissue extracellular matrix, making it possible to obtain functional mimetic compounds of the natural macromolecules by this reaction (Lebouc et al. 2005) since it is also reported that phosphate groups play important role in functionalization of many glycans (Takashiba et al. 2006).
