This algorithm chooses runs that minimize the integral of the prediction variance across the factor space.
These three points attempt to minimize the integral of absolute error between process and model responses.
The least-squares method consists in minimizing the integral of the square of the residual over the computational domain.
The number of poles in this magnet design is even, to minimize the integral strengths of the multipole components.
The IV optimal design seeks to minimize the integral of prediction variance across the entire design space.
For the conventional PID controller, the optimization algorithm used is to minimize the Integral of Absolute Error (IAE).
The controller design is performed considering the objectives of set-point tracking and disturbance rejection, minimizing the integral of the absolute error criterion.
The statistical analysis is based on a best-fitting approach aiming to minimize the integral distance between the empirical data distribution and some reference distributions.
Our strategy is to minimize the integral of magnitude response difference between the primary and dual low-pass filters in whole frequency range (16).
In particular, to achieve optimal gain tuning, the controller gains are searched within the GPMSOR to minimize the integral of the absolute error (IAE) or the integral of the squared error (ISE) performance criterion.
