The last century has seen an evolution in technology that has improved communication
systems and, in general, made life easier for people. Our communication systems have …

Side channel information is a major threat against cryptographic circuits. Since
cryptographic algorithms are implemented on microprocessors or custom hardware, the …

This paper presents different techniques for reducing glitch power in digital circuits. The aim
of this study is to minimize glitch power as glitch power comes under dynamic power, so that …

We address the problem of circuit-level design for low power. We describe a new method for
glitch power reduction based on threshold voltage adjustment. The proposed method …

By the reduction in the size of transistors and the development of submicron technology, as
well as the construction of more integrated circuits on chips, leakage power has become one …

In sub-100 nm technologies, leakage related problems are based on the standby current's
exponential dependency on both, parameter scaling and parameter variation …

Ultra-low voltage digital circuit design is an active research area, especially for portable
applications such as wearable electronics, intelligent remote sensors, implantable medical …

This study proposes a design and calibration method for a small-footprint, low-frequency,
and low-power gate leakage timer using a differential leakage technique for IoT …

In this article, novel leakage control techniques are adopted in Feed-Through Logic (FTL) for
low power high-speed designs. The FTL design has a unique feature; the outputs are …

Subthreshold logic has become an attractive option in energy-constrained applications,
where the key metric is energy consumption rather than operating speed or silicon area …