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In model 1 for the parameter inference challenge, participants were provided with the complete structure of the model (including expressions for the kinetic rate laws) for a gene regulatory network composed of 9 genes and modeled with differential equations.
Fig. 1 Schematic of the complete structure.
The methodology consists of splitting the study into simple structures, before studying the complete structure.
The complete structure calls for 68 wings.
In this paper, a complete structure of all complex eigenvalues of this equation will be obtained.
Figure 5 Local density of states of the complete structures.
In order to examine the dynamic structure of plasma sheath and investigate the influence of plasma parameters on the sheath structure, the complete set of equations are numerically solved using a second-order finite difference scheme in space and a first-order finite difference scheme in time.
For all the fluid structure interaction problems reported in this study the complete set of equations governing the dynamics of the flow and the structure are simultaneously advanced in time using a predictor corrector strategy.
Solution of the complete set of equations would give the reconstruction of the object.
The complete set of equations making up the proposed model is presented in the Methods section.
The complete set of equations and parameters is given in the Appendix (A1.1 and A1.2).
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