To summarize, the difference between SUV and SUR can be stated as follows : SUR is linearly related to K m under a distinctly weaker assumption (common shape of input function required) than SUV (identical input function required).
The frequency dependence of a difference in gain (how the input amplitude is translated to the output amplitude) or phase, suggests that the concept of a unique, single-value "compliance" which would relate any shape of input to the output (i.e., regardless of frequency) is an oversimplification.
The shape of input-output characteristics of the estimator is shown in Figure 5.
These constraints depend on mild assumptions about the shape of input-output relationships in the biological components, and thus will apply to a variety of biochemical systems.
The difference observed between the shapes of the input and output distributions (respectively some Gaussian and inverse Gamma distributions with a threshold phenomenon) is the result of strong nonlinearities linked with the integration of multiphase flow phenomena in the modelling (e.g. diffusion limit of the humidified air in the GDL).
When the input to each model is continuous, the optimization problem we consider is how to adjust the shape of the input, using a parameter β that does not affect the input's overall magnitude, to achieve maximal spiking in a fixed time interval [ 0, P ].
This insight has interesting consequences in optimal input design, where it is possible to use some recent tools in analytic interpolation theory to tune shape of the input PSD to suit certain needs.
A linear amplifier preserves the shape of the input signal, usually at the cost of efficiency.
Next, a process of collating the reference data with the shape of the input data is performed.
Given the empirically well demonstrated approximately invariant shape of FDG input functions, SUR eliminates the influence of inter-scan variations of tracer supply nearly completely.
In the last panel, we see that the power level for DVFS follows roughly the shape of the input rate pattern, although it is delayed.
