The PDF is a function of the natural frequency and damping ratio of the system, and is accurate for a lightly damped system for time intervals up to the natural period of the system.
This paper describes a system for determining intervals of "high" and "low" signal-to-noise ratios when the desired signal and interfering noise arise from distinct spatial regions.
The response of a linear system to general excitation for interval matrices of the system parameters cannot be found with interval evaluation of the commonly used numerical techniques, because if they are applied directly the solution intervals diverge.
The solution is to define on/off decisions and generation levels for each electricity generator of a power system for each scheduling interval.
I'm away from my main computer and was unable to synchronize the watch with my Mac on this trip but here is a screen from the workout designer, a system for creating special interval workouts with a set speed and heart rate.
In this paper, some delay-dependent LMI stabilization criteria are proposed to design H∞ switching control and switching signal for discrete switched system with interval time-varying delay.
For the structure−acoustic system with interval parameters modeled by FE-SEA, the parameters of FE components are considered as interval parameters instead of deterministic ones, thus the expectations of the second order quantities such as the vibrational energy and the response cross-spectrum in the FE-SEA framework become interval variables, too.
In [1], (H_{infty}) control for a nonlinear system with interval time-varying delay was studied.
In this section, we present delay-dependent exponential stabilization analysis conditions for the nonlinear system with interval discrete and distributed time-varying delays via hybrid intermittent feedback control.
To get useful robust stability conditions, an expression for interval system is given, and the relationship between the internal stability and low- or supper-bound stability of interval systems is discussal.
Li et al. [24] proposed an actuator placement robust optimization method for active vibration control system with interval parameters.
