In a simple model we describe the effect of passing critical rotational speeds.
Based on the exact (infinite dimensional) process model we describe a robust controller design scheme.
Within the context of a diffusive-thermal model, we describe numerically the steady and unsteady behavior of the flame.
With this model, we describe the relationship between the phase estimation performance and the observation time when Doppler frequency exists.
The model we describe significantly reduces the time by several months for development of stage 3 hepatic fibrosis.
In this model, we describe the genotype and time-dependent progression of CRCs from adenocarcinoma (6 weeks), to local disseminated disease (11 12 weeks), and spontaneous metastasis (>20 weeks).
In the model we describe below, we examine both mechanisms, along with the effect of geographical isolation, an additional factor that will affect the rate of gene flow between parents and derived hybrid lineages (Charlesworth, 1995; Rieseberg, 1997).
Using the model, we describe how surprising and illogical priming effects can actually emerge from a simple mechanism that generally produces adaptive behavior.
Based on the context model, we describe a policies management framework targeted at service providers for managing deployment and orchestration aspects of such applications over a programmable infrastructure.
Although the animal model we describe has some limitations, we demonstrate that systemic tumors formed from TSC2-deficient cells can be monitored and quantified noninvasively over time using SPECT/CT, thus providing a much needed model system for in vivo drug testing and mechanistic studies of TSC2-deficient cells and their related clinical syndromes.
Using adhesion/growth-regulatory galectin-3 as model, we describe an interdisciplinary strategy to define the functional significance of its tail established by nine non-triple helical collagen-like repeats (I IX) and the N-terminal peptide.
