A large-stroke (8 µm) parametric resonator excited by an in-plane'shaped-finger'electrostatic
comb drive is fabricated using a 15 µm thick silicon-on-insulator microelectromechanical …

This chapter provides an overview of parametric excitation as it pertains to resonant
micro/nanosystems. The chapter highlights the feasible physical sources of parametric …

Predictive design of nonlinear microelectromechanical systems featuring parametric
resonance provides motivation to refine mixed MEMS/analog behavioral composable …

Nowadays, it is difficult to identify the individual radiation source under low SNR
environment. To this problem, the paper proposed a new fractal box dimension based …

A bi-state bifurcation-based control system and method for nonlinear resonators, which
utilizes a control loop to servo on the edge of the bifurcation jump, either at the maximum …

A fractional-order dynamic model for microresonator is analyzed in this paper. The model is
transformed from the integer-order dynamic model by setting the second-order derivative in …

Microelectromechanical systems (MEMS) resonators play an important role in advancing the
capabilities of modern electronics. One important application space is in radio frequency …

This work employs behavioral modeling to develop a bi-state control technique capable of
servoing at the onset of the microelectromechanical parametric resonant bifurcation setpoint …

Parametric resonance provides a sharp jump in resonance amplitude at the bifurcation
setpoint and is, therefore, ideal for ultrasensitive detection of mass or stress shifts that modify …