Sentence examples for simulate development from inspiring English sources

L-system is a rewriting system that defines a complex object by replacing parts of the initial object according to rewriting rules, which can simulate development rules and topological structure.

An FSP model of cotton development, CottonXL, has been designed and calibrated to simulate development of leaf and fruits (square, flower and boll), plant height and branching (Gu et al. 2014).

The methodological approach applied considers the special challenges resulting from the intermittent nature of RE ‒ we simulate developments in the German electricity market between 2015 and 2034 and differentiate across various power plant technologies according to their ability to flexibly react to changes in the residual load.

L-system is a rewriting system that defines a complex object by replacing parts of the initial object according to rewriting rules, and it simulates development rules and topological structure well (Lindenmayer 1968; Han 2007).

The model extends a previous model [ 6] and simulates development of a generic pathogen in cultivar mixtures of perennial species.

The model simulates development of diabetes-related complications on three microvascular disease paths (nephropathy, neuropathy, and retinopathy) and two macrovascular disease paths (coronary heart disease [CHD] and stroke).

It simulates development of a generic haploid pathogen (with a brief diploid stage during the sexual reproduction) in two-cultivar mixtures of a perennial crop species.

CottonXL simulates development of cotton plant architecture at the level of the phytomer (Fig.  3) and its organs, explicitly taking into account organ appearance, extension, final size, location and orientation.

The objective of this study was to evaluate the impact of potential errors in rainfall observations on simulated growth, development and yield.

The model simulates developments for the Dutch diabetic population and is well suited to explore long-term consequences of lifestyle changes.

A biochemically based model was developed to simulate the growth, development and metamorphosis of larvae of the Pacific oyster, Crassostrea gigas.