Third, instead of calculating the arithmetic average of the two estimated matrices, we believe it is better to use the matrix giving more weight to the reported immigration numbers (i.e. Table 6).
We have not explored nonzero off-diagonal elements in the between subject variance covariance matrix; however, we believe that the techniques described here are likely to be generalizable to this and other circumstances.
In [1], the authors proposed the MIMO channel precoding/decoding based on the Jacket matrix decomposition where we believe that the required computational complexity in obtaining diagonal-similar matrices is smaller than that required in the conventional EVD.
We have investigated the role of cell-derived traction forces in the assembly of extracellular matrix using what we believe is a novel assay that allows for simultaneous measurement of traction forces and fibronectin fibril growth at discrete cell-matrix attachment sites.
Moreover, in similar applications in other fields, there might be large scale similar matrix optimization problems, we believe that the hybrid algorithm will improve MAMA greatly.
Given the scalability of matrix size and resolution, we believe the sensor matrices could benefit the fields of prosthetics, robotics, and physiologic investigation of tissue mechanics.
Based on our studies of the matrix in these companies, we believe that while some of the matrix's popularity is simply a passing fad, most uses of it are founded on solid business reasons that will persist.
Second, the half-life of TGF-β1 is short (2 min), implying the need for a matrix to allow for its slow release, we believe that collagen matrix can do this function, as well as containing it avoiding other activities of TGF-β outside the bone.
In conclusion, since metabolic activities, adhesion, migration, and thus a proper growth of cells require proper nutrient diffusion that is in turn affected by cell-matrix interactions [ 1], we believe that the present work can be a valuable support to the design of ECM-like scaffolds for bone tissue engineering to optimize the transport phenomena and the mechanical properties of bone substitutes.
Even though there is not a clear winner solution in this example, we believe that the original matrix and the reordered matrix produced by PQR sort revealed more useful information than the other two matrices.
