Resilient systems strive to enhance the safety of complex systems through building and
developing adaptive technological and organizational capacities. This study aims at …

A circulator with three ports allows unidirectional (or non-reciprocal) power transmission and
facilitates the development of in-band full duplexers for simultaneous transmit and receive …

This work reports on the implementation of a neural network (NN) feature selection
technique to identify the design features that impact the rise of spurious modes in high …

In this work, X-cut Lithium Niobate MEMS resonators are fabricated and tested to further
identify and confirm the impact of design features on the rise of spurious modes. Building …

This work reports a method to boost the quality factor (Q, defined as the ratio of the resonant
frequency to the 3-dB bandwidth) of a 55 MHz AlN MEMS contour-mode resonator (CMR) …

This work reports on a novel metric to assess the severity of in-band spurious modes in high
performance microelectromechanical acoustic resonators. Different approaches are …

In this work, we demonstrated a rapid modeling approach for 3D FBARs using a Keras
based neural network, enabling quicker determination of the device's physical properties …

In our work, we present a machine learning-assisted optimization method that can generate
the optimal design parameters for the laterally coupled alternating thickness (LCAT) mode …

Multiferroics is a field that has rapidly garnered much interest in the past several years
because of its establishment of a new unconventional class of electromagnetic devices. By …

The traditional Film Bulk Acoustic Resonator (FBAR) filter design process is usually assisted
by optimization algorithms. The design process requires multiple iterations of parameters in …