The phrase "a reduced order of" is correct and usable in written English.
It can be used in contexts related to mathematics, engineering, or systems theory, where it refers to simplifying a model or system to a lower order while retaining essential characteristics.
Example: "The researchers developed a reduced order of the complex system to facilitate easier analysis and simulation."
Alternatives: "a simplified version of" or "a lower order of".
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The framework features four key steps comprising the development of a dynamic mathematical model of the process at hand, the development of a reduced order model of the process and the design of an explicit/multi-parametric MPC for online control.
However, with the exception of few efforts, most of these techniques rely on a reduced order representation of the original complex model, resulting in a loss of information.
The control is developed considering a reduced order model of the rotors obtained by application of a time-scale separation principle, including integral terms on the tracking error to cope with persistent disturbances.
The internal resonances of NNMs are studied using a reduced order model of the beam system.
Then, using just a few of the resulting eigenmodes, we construct a reduced order model of the unsteady flow field.
This work also applies proper orthogonal decomposition (POD) to simulated CFD data and creates a reduced order model of the fluid system that characterizes the dominant features of both the temperature and velocity fields.
To that purpose, two basic tools are employed: on the one hand, a reduced order representation of the system which captures the most relevant dynamic features of the solution.
The control design is based on a reduced order model of the process obtained by system identification.
A comprehensive parametric bifurcation analysis has been carried out in order to control space independent xenon instabilities in a reduced order model of VVER 1000 reactor.
