Sentence examples for comprehensive validation process from inspiring English sources

Both of these assays are nearing the end of a comprehensive validation process and show consistency across testing laboratories.

This effort should be viewed as a sanity check, rather than a comprehensive validation process, in view of the previous difficulties.

A comprehensive and systematic validation process, using data collected from real FCUs in a laboratory building, is used to validate the tool under both faulty and fault-free operating conditions in different seasons.

In the present study, such an analysis on the same three species was conducted but also followed up with a comprehensive screening and validation process on multiple species to provide a practical evaluation of the procedure as a means of accelerating the search for new SSR markers in the genus Phytophthora.

The European QoLISSY instrument, together with comprehensive information of its development and validation process is published in the QoLISSY's User's Manual (Pabst Science Publishers, Lengerich, 2013).

This study shows that especially for process-based modelling approaches, not only comprehensive validation and calibration approaches need to be applied, but also knowledge of input data uncertainty and variability of the modelling results need to be assessed.

Therefore, the currently available data are already fairly comprehensive and do pave the way for a focussed and continuing validation process.

According to the Standards for educational and psychological testing [ 20], the validation process of a test should include 5 sources of empirical evidence in order to provide a comprehensive validity argument.

Since the comprehensive checks detect all kinds of errors, they create a large workload during the data validation process.

Comprehensive validation has shown that the Registry is 95 98% complete and valid (Andersen et al, 1999).

Comprehensive validation tests demonstrate that the developed LS-SVM model is sufficiently accurate to be used independently from the SOFC process, emulating its temperature response from the only process input information over a relatively wide operating range.