So we love an opportunity to flesh out details and demonstrate the depth of our research.
In this paper we explain the basic idea of NMPC, give a proof concerning the accuracy of NMPC for discounted optimal control problems, present implementational details, and demonstrate the ability of NMPC to solve dynamic decision problems in economics by solving low and high dimensional examples, including models with multiple equilibria, tracking and stochastic problems.
Using the considered case studies, this paper also details and demonstrates the benefits of interoperability enhancement using the CMSDIM, which is an important consideration in any product life cycle.
We isolated the SPANX-A1/A2 synthenic regions from chimpanzee, gorilla and bonobo, as ∼50 kb DNA segments, using a TAR cloning technique (see Methods for details) and demonstrated that organization of this locus in African Great Apes is similar to human, i.e. the inverted repeats of the SPANX-A1/SPANX-A2 gembeddededded into segmental duplications.
Here, we have presented a dynamical model for ERBB receptor signaling that captures site-specific mechanistic details and demonstrated that the model can be visualized, annotated, and simulated.
The tortuous intrigues that enabled Khrushchev, in the best Stalinist fashion, to eliminate his rivals one by one are described in fascinating detail and demonstrate how futile it is to study Soviet history "from below," as the "revisionist" school of historians would have it.
In what follows, we describe this method in detail and demonstrate the veracity of this approach.
We describe and discuss this Same Analysis Approach in detail, and demonstrate it in two worked examples using multivariate decoding.
In this paper, we present the method in detail, and demonstrate several new extensions of the method to different physical phenomena, including curvature flow with surface energy densities defined on a per-phase basis, as well as multiphase fluid flow in which density, viscosity and surface tension can be defined on a per-phase basis.
The objective of this study is to detail and demonstrate a new method to quantify the motion of a helical coil in an annulus subject to external axial flow of water and further characterizing the influence of pitch-to-diameter ratio on the fluidelastic instability of a helical coil.
Here, we describe this technology in detail and demonstrate its use for the detection and discrimination of Escherichia coli, Clostridium difficile, and Salmonella.
