Application of Blind Source Separation Methods to Ion-Selective Electrode Arrays in Flow-Injection Analysis
Abbreviated Journal Title
IEEE Sens. J.
Chemical sensor arrays; blind source separation; ion-selective; electrodes; signal processing; Engineering, Electrical & Electronic; Instruments & Instrumentation; Physics, Applied
As shown recently, the interference problem typical of ion-selective electrodes can be dealt with via smart arrays adjusted by blind source separation methods. In this letter, we resume this study and show that such an approach can be applied even when faced with a limited number of samples acquired through flow-injection analysis.
Ieee Sensors Journal
"Application of Blind Source Separation Methods to Ion-Selective Electrode Arrays in Flow-Injection Analysis" (2014). Faculty Bibliography 2010s. 5277.