Sentence examples for system responses with from inspiring English sources

This Cyt.c/Ni foam electrode enabled H2O2 sensing system responses with revisable, selective, and sensitive recognition of a wide range of H2O2 concentrations.

The controller is tuned manually and iteratively, and achieves closed-loop responses of glycemia constrained between [80,140] (mg/dl), with a mean of 117, 6 (mg/dl) and a standard deviation of 11, 3 (mg/dl) over a whole year ensemble of 24-hour system responses with 4 meal intakes per day.

Measuring system responses with test signals is a typical problem of system identification and has been solved with measurement techniques based on test signals that meet some typical requirements regarding their power spectrum and their amplitude distribution.

Figure 2 System jumping mode (upsilon_{t}) Figure 3 Switching signals (vartheta_{t}) and (tilde{vartheta}_{t}) Figure 4 Residual signal (hat{r} ( t )) Figure 5 Residual evaluation function Figure 6 Inter-event intervals Figure 7 Phase plane plot of closed-loop system Figure 8 System responses with (u_{t}).

(c) The regulation of E3 by T was removed to observe the system response with respect to the steady-state level of E3 (E3ss).

Design guidelines are proposed based on the nature of the system response, with the aim of minimizing the acceleration of the primary system.

Moreover, a comparative assessment of the performance of the technique with the system response with unshaped bang bang input is presented.

The problem of designing a controller that results in a closed-loop system response with optimal time-domain characteristics is considered.

The validity of the proposed model verified by comparison of frequency components of the system response with those obtained from experiments.

One useful sensitivity is the partial derivative of the probability-of-failure and/or the system response with respect to the parameters of the independent input random variables.

A certain process is defined to characterize the instantaneous severity of the system response with respect to a potential collision event.