Sentence examples for linearized measurement from inspiring English sources

By using the exactly linearized measurement equations instead of the original nonlinear ones, the existing mixed integer nonlinear programming formulation for RSE is converted to a MILP problem.

The main idea is to use the exactly linearized measurement equations instead of the original nonlinear ones in the MINP model.

Substituting this in (9), we obtain the following linearized measurement equation: {tilde{mathbf{y}}}_{t}={mathbf{J}}_{t}{mathbf{u}}_{t} + {mathbf{e}}_{t}, (13).

We compare two different implementations, differing in the approximation of the posterior: linearizing the measurement equation as in the extended Kalman filter (EKF) or employing the unscented transform (UT).

A nonlinear measurement model was derived and simulation analysis showed this could be linearized when the measurement angle error was smaller than 0.05°.

Linearized 2−ΔCt (fold-change) measurements were used for miRNA and mRNA expression, and arbitrary units for PGC-1α and PDK4 protein content (Statistica 5.0, Statsoft, Tulsa, OK).

Nonlinear measurement functions (2b) are linearized in the latter two.

The measurement results need to be linearized in order to perform the design of the structure.

For obtaining efficient amplification results, recombinant plasmids of ND2, CYTB, and B2M were linearized and calibration curves were generated from duplicate measurements of 5 independent serial dilutions of each individual plasmid.

As the statistically linearized state-space is different from the standard linear state-space used by the Kalman filter, the time and measurement update equations had to be derived from the first principle [18].

Given that Δ μ λ is relatively small, the forward problem can be linearized by the Rytov approximation (whereby the log of the intensity measurements are considered) [ 20] where J λ is the wavelength dependent Jacobian matrix for wavelength λ, with a size of number of measurements by number of nodes.