Sentence examples for be linearized around the from inspiring English sources

Since the deviations from the optimal orbit are meant to remain small, the non-linear flow model can be linearized around the orbit at each time.

This system can be linearized around the disease free equilibrium point which is defined as the equilibrium point where no disease is present in the population.

Consequently, in order to investigate the system behavior in space state, the instantaneous pressure rate must be linearized around the equilibrium state.

In the sequel, the nonlinear relations (4) and (5) will be linearized around the operating point, characterized by a well-defined value of the tip speed ratio, i.e., λ ¯ ≡ λ opt.

IEEE Transactions on Control Systems Technology, 15, 130 143] the multi-input multi-output (MIMO) RBF-ARX model and its state-space representation are derived to describe the dynamics of a class of multivariable nonlinear systems whose working-point varies with time and which may be linearized around the working-point.

By using the first-order approximation of the Taylor series, (64) is linearized around x∗ as follows: g ( t ) ≈ h x ∗ + H x ( t ) − x ∗ + b ( t ), (80).

For this purpose the nonlinear model is linearized around the equilibrium point and parametric model uncertainties are introduced together with performance weighting functions.

Dynamic equations of the model are derived using Lagrange method and they are linearized around the equilibrium point of the system.

As a first step, this equation is linearized around the straight equilibrium, and stability of this equilibrium is investigated using the Galerkin method and the Floquet theory.

Here, the interconnected pendulum is linearized around the origin, (x_{i1}=left (pm 80^{circ},0right) ) and (x_{i1}=left (pm 88^{circ},0right) ); each pendulum is described by the T-S model with three fuzzy rules.

The state space representation of each subsystem's prediction model is designed by finite volume method firstly, and then is linearized around the current operating point at each step to overcome the computational obstacle of nonlinear model.