Cast models provide an excellent overview of the anatomy.
Such models provide an important example of spatially extended dynamical systems with nonlocal interactions.
Therefore, fractional derivative models provide an effective way to model anomalous diffusion problems.
The results indicate that all the models provide an acceptable agreement.
Process and energy models provide an invaluable tool for design, analysis and optimisation.
Predictive models provide an inexpensive method of considering different sources and ambient design parameters.
Animal models provide an understanding of the molecular basis of glomerular disease.
The gamma, lognormal, Weibull, inverse Gaussian, exponentiated exponential, exponentiated Rayleigh, and exponentiated Weibull models provide an intermediate fit.
Based on the estimated results, the proposed network models provide an efficient method for the determination of the TCC.
Providing room for expansion, select models have an available PCI Express x1 slot and all models provide an open PCI Express x16 slot.
More importantly, it calls into question whether metapopulation models provide an adequate representation of population dynamics in dendritic habitat networks.
