Sentence examples for derivative constraint from inspiring English sources

It is found that, the good design can be obtained with the change of number and value of fractional derivative constraint coefficients.

An algorithm is presented for designing maximally flat, linear phase FIR notch filter with specified null width around specified notch frequency with third-order zero derivative constraint at the notch frequency.

Finally, we note that using order six B-splines in the time for the parameterization of the core field (see Eq. (1)) is consistent with the third time derivative constraint defined in Eq. (4).

The RAB with derivative constraints imposes 0, 1, and 2-ordered derivative constraints with respect to u and v.

Finally, the min-max design and peak-constrained design with fractional derivative constraints are also studied.

In this paper, the designs of linear phase FIR filters using fractional derivative constraints are investigated.

The constrained minimum variance beamforming includes directional constraints [13], derivative constraints [14], quadratic constraints [15], and soft constraints on the norm of the weight vector [16].

In another study, Nomura 20066) described a smoothing algorithm based on derivative constraints suitable for pressure transient data.

The method is direct, general, easy to implement, and allows for the addition of derivative constraints to improve robustness.

In this paper, the designs of two-dimensional linear phase FIR filters using fractional derivative constraints are investigated.

The main lobe constraint-based robust adaptive beamforming methods imposing multi-directional constraints [22, 23] and derivative constraints [24] will not change the look direction.