As a result, this kernel has a total of (underline {N}_{4}=40,920) coefficients in its redundancy-removed representation, requiring around 86,800 operations per sample for its implementation.
The employment of FI-ICP-MS facilitates shortened cycle times because of reduced take-up times and shorter measurement duration enabling high throughput and automated analysis for fast screening of samples [114], which is essential for implementation of FI-ICP-MS in routine diagnostics in clinical applications.
In a first phase, the variety in methods that are used for sampling, implementation of the interventions, measures and data analysis were mapped in a systematic literature review using Cochrane guidelines.
Prior experience with decision aids was not a critical variable for implementation within our sample of primary care physicians.
Given a continuous-time controller and a Lyapunov function that shows global asymptotic stability for the closed-loop system, we provide several results for modification of the controller for sampled-data implementation.
It also offers sample menus for each diet and techniques for implementation.
We propose a novel way for sampled-data implementation (with the zero order hold assumption) of continuous-time controllers for general nonlinear systems.
An example is presented to illustrate the result, and to show the advantages of this direct discrete-time design for sampled-data implementation.
We study observer design for sampled-data nonlinear systems using two approaches: (i) the observer is designed via an approximate discrete-time model of the plant; (ii) the observer is designed based on the continuous-time plant model and then discretized for sampled-data implementation (emulation).
The choices for sampling, ED implementation, measurement and analysis, described in the succeeding sections, derive from this model.
