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A notion of structural similarity between initial and target matrices has a vague framework that can be slightly refined in an axiomatic manner.
Moreover, the dispersion state of the clay particles in the polymer matrices has a little influence on the photo-oxidative degradation of polymer matrix.
These results show the choice of regularization matrices has a non-negligible effect on the solutions, and the first-order regularization may be more preferable for local gravity field modeling.
When the size of the pascal matrix is 8, the reconstruction performance of the SKP measurement matrices has a serious decline or even less than the random Gaussian measurement matrices and random Bernoulli measurement matrices, which is caused by the further weakening of the orthogonality between row vectors of the SKP measurement matrices.
Simulation results demonstrate that with a linear MMSE receiver at the destination, the system with the jointly optimal source and relay matrices has a better bit-error-rate (BER) performance compared with that of the relay system with only optimal relay matrices developed in[10].
Using conductance matrices has a number of advantages.
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Like the D k matrices above, the entries of these matrices have a transition matrix interpretation.
We show that the optimal relay amplifying matrices have a beamforming structure.
In particular, we show that optimal relay matrices have a general beamforming structure.
The resulting matrices had a sharp increase in stiffness, when compared to pure collagen gels.
In particular, we show that for both receiver schemes, the optimal source and relay matrices have a general beamforming structure.
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