Although the so called restricted isometry property (RIP) [5] is the best known tool for characterizing the performance of a given matrix Φ in sampling the sparse vectors, there is currently no polynomial time algorithm to check this property [13].
The purpose of this study is to investigate the performance of a dynamic matrix control (DMC) algorithm when applied to a fluidized catalytic cracking (FCC) process operated under full and partial combustion modes.
The performance of a DMC (Dynamic Matrix Control) algorithm was studied to control the extractive process.
We describe the design and performance of a scalable sensor matrix that transduces fine parameters of strain and is made of combinable "modules".
In the context of a small number of reports concerning adipose tissue regeneration using three-dimensional (3-D) systems, the present study was designed to evaluate the biological performance of a novel alginate matrix that incorporates human ADSCs (hADSCs).
In the context of a small number of reports concerning adipose tissue regeneration using alginate three-dimensional (3-D) systems, the present study was designed to evaluate the biological performance of a novel alginate matrix that incorporates human adipose-derived stem cells (hADSCs).
Despite the established performance of these matrices, a limited number of workflows have been developed for automation.
We present a framework for optimizing the distributed performance of sparse matrix computations.
We compared the performance of SMAT80 matrix with that of BLOSUM90 also and SMAT80 performed better (Additional File 4).
We report on the design and performance of a near infra-red Mueller matrix imaging ellipsometer, and apply the instrument to retardance imaging of strain in near infra-red transparent solids.
