The expected number of unacceptable patient results due to an undetected, malfunction--E(Nu)--can be set as a patient-based quality goal. Using the number of patients tested between QC specimens as a design parameter allows one to design QC strategies that meet specified patient-based quality goals. The QC utilization rate can be minimized in a QC design for a given E(Nu). The QC-utilization ra...

Process Analytical Technology (PAT) has been introduced as an advent of new tool which has given an opportunity for all the pharmaceutical manufacturers to improve upon their quality and compliance. The application of this technology in pharmaceutical manufacturing ensures the quality of raw material attributes that too at-line, in-line or online, which was difficult earlier, thereby decreasing...

We studied the specificity of kinetic methods of analysis, with emphasis on creatinine determination. The error contributed by an interferent that reacts with the analytical reagent and absorbs at the wavelength of analysis is shown to be related to the ratio of the equilibrium absorbances of the analyte and interferent, the ratio of the rate constants, the extent of the analytical reaction, an...

The existence of undetected direct path (UDP) conditions causes occurrence of unexpected large random ranging errors which pose a serious challenge to precise indoor localization using time of arrival (ToA). Therefore, analysis of the behavior of the ranging error is essential for the design of precise ToA-based indoor localization systems. In this paper, we propose a novel analytical framework...

Abstract Nanosatellites are persistently progressing and creating global communication data transmission. It builds up a colossal request for more progressed dependable frameworks to transmit faster reliable information. A syntactic machine learning approach has been distinguished as good plot anticipating single-bit multiple-bit errors that influence onboard nanosatellites. In this paper, we h...