This project deals with new area of evaluation of low power consumption as well as dissipation less power digital logic circuits. With the help of reversible logic circuits, it is possible to minimize the area and power of sequential digital circuits like flip-flops and shift registers in terms of gates, garbage inputs/outputs and processing speed. It is the new findings and initiates the research of complex digital logic circuits for quantum computers and robust robots.
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Visit my profile to see my experience on FPGA design or VLSI Implementation. I'm a researcher on VLSI Implementation. Please contact me for details. thanks.
Hi I have worked on FPGA based designs. Please provide more details and let me know if you need my services. I am currently available for around 25-30 hours per week Best Regards Syfar
We are a design and developed company based in Nagpur,we are familiar with low power design methodologies, you can expect 100 percent time bound results.
we have good experience vlsi design engineer to complete project within time period and we will give support any time to clear doubt on your project.
The reversible logic can be implemented using Tanner EDA tools. Basic gates will be developed and further integrated to complex modules like ALU and processors