Energy-efficient design requires exploration of available algorithms, recurrence structures,
energy and wire tradeoffs, circuit design techniques, circuit sizing and system constraints. In …

The paper presents an idea of designing of low-power adders addressed to specific data
processing. Mainly, the idea consists in proper choosing of 1-bit full adder cells for given …

In modern VLSI design, the occurrence of delays is predictable. Many digital systems that
process data may have delays. Design requires thorough understanding of algorithms …

Selecting an appropriate estimation method for a given technology and design is of crucial
interest as the estimations guide future project and design decisions. The accuracy of the …

Using exact switching activity rates at all internal nodes when calculating energy of digital
circuits is believed to result in improved accuracy over to the use of average switching …

The very large scale integration technology (VLSI) is extensively used in the most of the
emerging field like telecommunication, signal processing, consumer electronics and …

This paper presents a simple sizing method for low-power that is comparable in speed and
simplicity to the Logical Effort sizing. Yet, the accuracy of the results is in the range of …

Addition plays a vital role in all arithmetic operations. It is used widely in many VLSI systems
such as application specific DSP architecture and microprocessor architecture. The energy …

This research has described and explored the collaborative relationships between foreign
direct investments by Japanese manufacturers in Vietnam and domestic suppliers, how the …

Energy-efficient design of digital circuits has become an important issue in recent years. In
this work, the energy-efficient design methodologies are explored in 65nm, 45nm, 32nm and …