Abstract The pervasive Internet of Thing (IoT) revolution is driving the need for fundamental
innovations in sensing, electronics, and ubiquitous computing that enable scalable …

There is little question that the commercial success of smartphones has substantially
increased the volume of products utilizing Micro Electro Mechanical Systems (MEMS) …

The operational theme permeating most definitions of the IoT concept, is the wireless
communication of networked objects, in particular, smart sensing devices and machines …

To ultimately realize efficient spectral utilization, low power consumption and high level
integration for next-generation wireless communication systems, a novel radio-frequency …

The frequency stability of local oscillators (LOs) based on micro-and/or nano-mechanical
resonators integrated with CMOS-based circuitry is a key performance limiter for ultra-low …

A frequency-scalable reference oscillator based on a Scandium doped Aluminum Nitride-on-
silicon contour-mode micromechanical resonator is demonstrated for the first time which …

Recent advances in vibrating RF MEMS technology have now positioned vibrating
micromechanical devices as strong candidates for inclusion into a number of future wireless …

As the communication technology evolves day by day, the demands for low cost, low power,
multifunctional and higher-speed data communication circuits are increasing enormously …

Resonant nanoelectromechanical systems (NEMS) have the potential to have significant
impact in mass sensing, signal processing, and field detection applications, if the challenges …

Sensors based on nanoelectromechanical systems vibrating at high and ultrahigh
frequencies are capable of levels of performance that surpass those of larger sensors …