Using an analytical model and spatially explicit simulations, we investigated the efficacy of CMS genes as a method of genetic control for weedy and invasive plant populations.
The critical load for bifurcation in compressive instability is calculated using an analytical and FEM simulation.
The simulation used an analytical collimator which means that penetration and scattering in the collimator were ignored in this study.
It is also shown that the method can be applied to non-Markovian systems using a hybrid analytical-simulation method.
Firstly, we investigate the sensing performance of the proposed SPR waveguide using analytical simulation.
Response simulations using a two-dimensional analytical model of the test frame are compared with the experimental results.
The statistical results: mean value, standard deviation and distribution are obtained by Monte Carlo simulations, using a semi-analytical formula.
Models in each field have tackled spatial structure using a variety of analytical and simulation techniques (e.g. Pease et al. 1989; Kepler and Perelson 1998; Boulding and Hay 2001; Greulich et al. 2012; Hermsen et al. 2012; Schiffers et al. 2013; Bourne et al. 2014; Uecker et al. 2014).
The composition of the genome after introgression of a marker gene from a donor to a recipient breed was studied using analytical and simulation methods.
Using analytical and simulation approaches, we study the behavior of an iterative model that simulates allele frequencies of HEGs in randomly interbreeding populations.
