Sentence examples for use of linear techniques from inspiring English sources

This facilitates use of linear techniques for designing feedback controllers to damp out oscillations.

In the spatial domain, in addition to the use of simple linear techniques which emphasize the high-frequency contents of an image (the so-called unsharp masking approach), the most famous approaches are probably the Retinex model, based on Land's studies [9], and histogram equalization [10].

The nonlinearities and parameter uncertainties of a power system and the system behaviour following a severe disturbance preclude the use of linear control techniques.

The use of linear dynamics and linearization techniques that have been proposed in the past can circumvent this, but the general problem of developing efficient algorithms for models that provide more accurate system descriptions remains open.

Because these limitations are inherited by linear regression methods, the use of non-linear techniques for computer-aided trauma systems has been broadly encouraged [ 27].

The main goals of the present investigation were to study and analyze with the use of linear-sweep-voltametry LSV and AC techniques, charge and mass transport properties of a broad spectrum of CPEs (80≥n≥1.5).

Previous overestimation of sediment load is due largely to the extrapolation of suspended sediment behavior from a decade of high sediment concentrations to the entire record, and the use of log-linear regression techniques on a non-linear system.

The use of a linear design technique in combination with gain scheduling is the most common systematic approach to the design of nonlinear flight control laws.

This paper focuses on the use of the techniques based on linear matrix inequalities for robust H∞ position control synthesis of an electro-hydraulic servo system.

Predicting the vibration response of complex nonlinear structures is a significant challenge: the response may involve many modes of the structure; nonlinearity precludes the use of efficient techniques developed for linear systems; and there is often uncertainty associated with the nonlinear law, even to the extent that its functional form is not always known.

This paper describes the use of non-linear ultrasonic techniques for the characterization of material degradation in 99.98% pure copper due to high-temperature creep.