A comprehensive study of the histories of emerging bacterial diseases provided new insights into the respective roles played by the different identification techniques.
This could be due to the various hardeners used or different identification techniques employed.
Applying different stock identification techniques on the same specimen reduces sampling error when interpreting results.
Therefore, performing all the different stock identification techniques on the same specimen reduces uncertainty when interpreting the results.
A PieceWise AutoRegresive eXogenous (PWARX) system is obtained from simulated plant by applying identification techniques for different operating conditions.
The models were determined by process identification techniques and were validated with a PI algorithm.
Identity of these 2 isolates was not confirmed by molecular identification techniques (9 ).
By identification techniques, we find transfer functions of the PEMFC system at different operating points, and treat the un-modeled dynamics as system uncertainties.
The final model introduces time-dependent aspects by employing system identification techniques.
The model consists of unknown parameters identified by two parameter identification techniques.
