Sentence examples for mathematical analyses and from inspiring English sources

This trove of material, including videotape, compact discs, witness accounts, mathematical analyses and high-tech imagery, was kept confidential until last week, when a federal judge in the World Trade Center insurance case made it clear that he had no objection to its public release.

In recent years, researchers have tried to determine the flight capabilities of early birds with mathematical analyses and computer simulations.

Through mathematical analyses and numerical experiments, we show that the proposed framework improves parameter identifiability and leads to better estimation quality compared to conventional methods.

Inspired by the predictive intelligence of bio-groups, in this paper we design a novel discrete-time model predictive control based flocking protocol, and investigate the role of predictive mechanisms in flocking of multi-agent systems by using mathematical analyses and numerical simulations.

This complexity potentially hinders the ability to apply mathematical analyses and it is appropriate to question whether all complexities are required.

For our modeling environment we chose Biochemical Systems Theory (BST) [25] [27], because it permits mathematical analyses and simulations of biochemical pathways under a minimal set of assumptions and even if crucial quantitative information is lacking, as it has been demonstrated in other, similarly complex contexts [28] [30].

The accuracy and precision of RSA has been validated previously with mathematical analyses (Yuan and Ryd 2000), test-retest investigations (Ryd et al. 2000), and phantom studies (Valstar et al. 2000 Onsten et al. 2001, Bragdon et al. 2002, Allen et al. 2004, Makinen et al. 2004).

Lastly, our spatial and mathematical analyses significantly update and advance previous approaches to the study of teleost trace fossils.

A standard description of the trace fossil, identified as Undichna cf. U. simplicatas, was augmented by high-resolution digital images and spatial and mathematical analyses, which allowed for detailed interpretations of the anatomy, swimming mode, feeding behavior, and body size of the tracemaker.

The length of hydraulic jumps is one of the most important parameters in designing the stilling basin, however, it cannot be calculated by mathematical analyses only – experimental and laboratorial results should also be used.

Using experimental simulation studies and numerical and mathematical analyses, we show that this bias becomes more severe as more data are analyzed, causing BI to infer an incorrect tree as the maximum a posteriori phylogeny with asymptotically high support as sequence length approaches infinity.