The phrase "a system of discrete" is correct and usable in written English.
It can be used when discussing a structured arrangement or organization that consists of distinct or separate elements.
Example: "In computer science, a system of discrete components can enhance the efficiency of data processing."
Alternatives: "a framework of distinct" or "an arrangement of separate".
A system of discrete equations is obtained through application of the Ritz minimization procedure to the energy expressions.
Such equations can be changed into either a system of discrete equations or a discrete jump problem depending on some parameter via the discrete Laurent transform.
Such equations can be changed into either a system of discrete equations or a discrete jump problem (that is, discrete boundary value problems) depending on some parameter via the discrete Laurent transform.
We study a system of discrete point-charges embedded in an inhomogeneous medium composed of different dielectric regions separated by sharp boundaries ℬ. Poisson's equation is the fundamental law that, within the quasi-static approximation, links the charge density ρ(r) to the spatial distribution of the electric field E(r) and the electrostatic potential Φ(r).
Using all of this information and the effects of vaccination (described below), a system of discrete time and state-space stochastic equations (Text S1) governs spread of influenza within cities in one-day time steps.
In our model, a system of discrete time equations describes the phase and period of the oscillators.
A system of nonlinear discrete equations is obtained through application of the SMRPI.
The latter is, in perfect analogy to the continuous case, a system of two (discrete) Riccati equations in cascade: (3.4a).
Moreover, this approach can be applied beyond videogames: Bogost suggests that any medium from videogames to poetry, literature, cinema, or art can be read as a configurative system of discrete, interlocking units of meaning, and he illustrates this method of analysis with examples from all these fields.
This is followed by approximating the differential equations by a system of algebraic equations for variables at discrete locations in time and space: a process known as discretization.
This system is a discrete analogue of a system of d-first-order ordinary differential equations which appear in many important problems of mechanics, physics and engineering.
