In this paper, an alternating current (ac) computing methodology is proposed for integration
into wirelessly powered devices, such as radio-frequency (RF) tags and sensor nodes …

Security is a significant challenge for a variety of emerging applications within pervasive
computing such as the deployment of IoT devices at a massive scale. SIMON, a lightweight …

A novel framework and related methodologies are described to leverage RF power for
building intelligent and battery-free devices with communication and computation …

Adiabatic circuits have the potential to achieve ultra-low power consumption while also
exhibiting inherent resistance against power side-channel attacks. A novel adiabatic logic …

Poised to smart citizenry engagement, an unprecedented deluge of high quality streaming
services induce a major data traffic challenge in Fourth Generation (4G) bandwidth and …

In the recent days, wide-ranging cellular devices and purchaser gadgets in the Internet of
Things (IoT) have created immense multimedia information in different types of media (for …

The wirelessly powered adiabatic logic has introduced significant power savings in the
design of the computational logic. We explore energy-efficient interfacing of one of the most …

This paper discusses the potential of adiabatic circuits for simultaneously achieving energy-
efficiency and security. Despite the presence of adiabatic logic for more than six decades …

Ultra-low power consumption and efficient nano-energy harvesting are critical requirements
to prolong the lifetime of the IoT motes. In this work, an AC logic family was developed …

Poised to smart citizenry engagement, an unprecedented deluge of high quality streaming
services induce a major data traffic challenge in Fourth Generation (4G) bandwidth and …