To construct a system of differential equations in SIMULINK, we can directly convert the mathematical terms and operators to the SIMULINK graphical block diagrams.
From the pathway, we can construct a system of linear equations that describe the dependencies between fluxes and metabolites, (11) We fit a dependent GP model (3) (K = 3) to the WT data and then to ΔglnG data (collected from a strain where glnG is absent).
First, we construct a system of random differential equations driven by a Wiener process, which can approximately give such a stationary random noise by the use of an extended version of the well-known Ornstein Uhlenbeck process.
The procedure is based in dividing the array into sub-arrays to construct a system of non-linear equations for each sub-array, which is solved by using the Trust-Region Dogleg method.
Their approach was to construct a system of coupled linear recurrence equations involving MPs and then solve the system assuming stationarity.
Fourier transform is employed to construct a system of Cauchy-type singular integral equations.
Modal expansions, which couple the sloshing modes, are carried out to the first, third and fifth order to construct a system of coupled nonlinear ordinary differential equations that are solved using the Runge Kutta Gill Method.
By considering the density of pits bound with 0, 1,… up to a maximum of p m LDL particles, we construct a system of a large number of ordinary differential equations (odes) (specifically, a system of size p m + 1, 0 < p m < ∞), that enable us to monitor how the total number of pits per unit volume and their occupancy change over time.
From equations like these, Frenkel describes how to construct a system of hybrid numbers in which one term is rational and a second term is a rational multiple of the irrational solution, in this case, √2.
The authors constructed a system of differential equations to model changes in gene expression as a function of other genes in the network.
