To enhance fitting accuracy for a higher order process, in particular for a specified frequency range interested to control design and on-line tuning, a weighted least-squares fitting algorithm is also given based on the estimated process frequency response points.
It is also related to the method for inferring population genetic processes based on the frequency distribution of pairwise distances between haplotypes presented in [ 12] (see also [ 13, 14]).
In this study, we design a highly nonlinear THz-QCL active region in order to increase the output power of the device especially at lower THz frequencies based on difference frequency generation (DFG) process.
When the reactor is running, the system detects the signals and processes them based on their frequency characteristics in real time.
In the next section, we investigate the possible common optimum combinations of TROP and GRAD values across the entire GEONET network, based on the frequency distributions of the optimum process noise combinations deduced by comparing data from different days.
In this paper, a PID controller design method for the integrating processes based on frequency response matching is presented.
The method is based on a frequency sampling filter (FSF) representation of the process.
Authors assign a page weight to memory page based on the frequency of page has been modified during migration process and transfer these page according to page weight.
The reduction is based on the frequency domain characteristics of the under-damped high-order process.
Based on the frequency information contained in the wavelet transforms, the cutting process is probably quadratically non-linear.
