Reduction in energy dissipation is an active area of research. Systems which consume
power require the deployment of expensive cooling systems. In this paper a 1-bit ALU circuit …

In this paper we extend and generalize previous work on robust adaptive control of
uncertain plants using multiple models (the RMMAC methodology). We formulate and study …

Advent of new age technologies like augmented reality (AR) has made techniques like
digital signal processing (DSP), image and speech processing one of the most frequently …

The appetency for high performance electronic devices in today's time imposes constraints
on designers to make low power circuits. Various circuit styles and techniques are adopted …

In digital circuits, shift registers are used as the basic memory units. This paper presents a
low power adiabatic Universal Shift Register, which can perform both serial and parallel shift …

In this paper, the effect of header and footer power gating techniques is examined in the
context of Efficient Charge Recovery Logic (ECRL) based two input multiplexer (MUX) …

A novel design is proposed for the implementation of low power efficient charge recovery
logic (ECRL) based adiabatic driven computational subsystem. An ultra-low power adiabatic …

Today's major challenge in designing electronic circuits is to deliver high-performance with
minimal power dissipation. While electronic devices have achieved tremendous …

The quest to have longer battery life and reduced packaging cost has been motivating factor
behind developing low power circuits for different applications. Research in adiabatic logic …