Sentence examples for system parameters defined from inspiring English sources

The system parameters defined in Tables 1 and 2 (N = 300), and a multipath channel with delay spread of 39 samples are used in the simulation.

where φ qn =φ qn (a,b,c,d) is a function of the system parameters defined by: begin{array}rcl@ left{ begin{array}{ll} 0 & text{if} frac{a}{c} geq b -b+frac{a}{c}+ b log_{2}left(frac{bc}{a}right) & text{if} frac{a}{c} leq b leq frac{a dc+1)}{c} -da+b log_{2}(1+dc) & text{if} frac{(a)(dc+1)}{c} < b end{array} right.

Near the main resonance the original system is reduced to the Lorenz system with four parameters defined in a three-dimensional Cartesian phase space.

We have performed simulations and made comparisons, using the system and channel parameters defined in Section 3. We have evaluated the performance of both receivers, i.e., either by implementing or not the decoding into the iteration process (IP).

Two-dimensional north-referenced coordinate system is used in Figure 1, which shows the coordinate system and parameters defining bistatic radar operation in the x, y plane.

Matlab/Simulink is used to run system simulations to determine system sizes based on parameters defined through a designed experiment.

For this purpose, we created a finite-difference time-domain (FDTD -based computational model in which most oFDTD -basedcomputationalramodels were defined as an input and/or as a variable in the simulations.

All the system parameters are defined in an XML and read by the executable simulation code without recompilation.

The backstepping-based design of a state observer is considered for the solution of the state estimation problem for a diffusion-reaction system with spatially varying parameters defined on a 3-dimensional rectangular domain with the measured output being restricted to a single surface.

Scaled pediatric models are developed based on an understanding that drug-specific parameters remain constant, whereas system-specific parameters, defining age-dependent anatomy, physiology, and biochemistry, change.

The rock engineering classification system is based on six parameters defined by Bieniawski [5], who employed parallel sets of linguistic and numerical criteria that were acknowledged to influence the behaviour of rock masses and the stability of rock structures.