A fundamental difference between ASC and DSC is the opposite relation between measurement speed and sensitivity.
Figure 10 Relation between measurement time t and electric conductivity R in the tracer tests.
In environmental science and engineering, we need both relevant measurements and mathematical models describing relations between measurements and chemical/biological reactions taking place in conversion processes and nature.
A particularly common case (e.g. in image processing, dose computation2 or convolution and deconvolution processes in general [1, 2]) occurs when this relation A between measurements and data is in fact linear or easily linearizable, i.e. if (Ainmathbb{R}^{mtimes n}).
T-value and correlation coefficients were compared to identify the difference of measurement values and the relation between hand measurements and heights.
Frank & Smith [ 41, 42] presented the general relations between measurement scales and associated probability distribution function (pdf) patterns.
We used least product regression to assess the relation between these measurements and clinic blood pressure measured by trained staff and in a smaller cohort by doctors (n=1693).
In order to investigate whether baseline LV and arterial elastance measurements correlated with baseline levels of NT-proBNP and troponine or changes in these measurements, regression analysis was performed failing to demonstrate a significant relation between the measurements.
