Sentence examples for inverse input from inspiring English sources

No need for the exact mathematical representation, system uncertainties are modeled by the inverse input multiplicative perturbation.

At each operating point, an adaptive controller that synthesizes the inverse input whose system response cancels the disturbances is developed.

The theory of the direct and bitangential inverse input impedance problem is used to solve the direct and bitangential inverse spectral problem.

To overcome this problem, the inverse input and output multiplicative model is proposed to represent unstructured uncertainties due to system operations and communication delay in the robust centralized damping controller design of superconducting magnetic energy storage (SMES) based on WAMS.

More specifically, the proposed control algorithm is designed to learn the inverse input-state map of an Electro-Hydraulic Poppet Valve (EHPV) with the aid of a Nodal Link Perceptron Network (NLPN).

While in operation, the controller enforces the tracking of a desired hydraulic supply pressure profile at the same time that it learns the inverse input-state calibration map and monitors the latter for deviations from prescribed bounds.

Based on this smooth inverse, an input nonlinear pre-compensator is designed to handle input saturation and dead-zone nonlinearities, which leads to a simpler control design for the altitude subsystem subject to these two input nonlinearities.

By using the inverse method, input forces acting on non-linear structural systems can be estimated from measured dynamic responses.

Noteworthy, the use of OFDM-based opportunistic systems comes at a reduced cost since a particular set of subcarriers may be fed by zeroes in the corresponding transmitter's Inverse Fast Fourier Transform IFFTT) input to prevent interference with the primary system.

The algorithm transforms the problem of controlling non-affine systems to control of nonlinear affine systems and then, by approximating the inverse of the input function, calculates feasible control input.

This ensures that the introduction of the inverse of the input shaper in a closed feedback loop does not introduce unstable poles in the system.