CEPD antenna alignment mismatch models are derived from dedicated measurements followed by a CEPD selection procedure and multi-rate filter processing.
The procedure is simple and multi-sequences can be offline calculated and stored, thus, the real-time implementation of the inhibitor becomes trivial.
The same scaling procedure and scale factors work in one- and multi-dimensions.
To estimate the regression coefficients in the multi-response problem, we propose a procedure in which we apply a simultaneous independent multi-response iterative reweighting procedure and change the M-estimator weighting function; a more precise estimation of each response can be obtained.
A variable selection procedure and correlation analysis were conducted to avoid multi-colinearity and overfit in the model.
However, our detection procedure and the corresponding performance analysis could easily be extended to multi-antenna scenarios.
Genotyping of the related strains – Multi-locus Sequence Typing (MLST) was performed using previously described procedure and primers [ 74].
A logistic regression model, including a backward elimination procedure and finally taking in consideration the concept of validity and precisions, performed adjustment for multi-confounders.
Alignment was improved by iterative procedure of multi-reference alignment (MRA) and MSA.
Several configurations (ideal and realistic, with single stage or multi-step compression expansion processes) were analyzed and multi-criteria decision making procedures applied in order to obtain physical insights from the results.
The design procedure for multi-synchronization through output feedback strategy is described and the sufficient condition is given.
