DESIGN AND SYNTHESIS OF HIGH SPEED LOW POWER MODULAR ADDERS BASED ON USING REVERSIBLE LOGIC

BALOJINAICK DESAVATHU; VENKATESWARA RAO. P

DESIGN AND SYNTHESIS OF HIGH SPEED LOW POWER MODULAR ADDERS BASED ON USING REVERSIBLE LOGIC

Authors: BALOJINAICK DESAVATHU, VENKATESWARA RAO. P

Unique Paper ID: 147160
Volume: 5
Issue: 5
PageNo: 75-78

Keywords: Reversible common sense quantum fee rubbish outputs.

Abstract:
Reversible logic has presented itself as a distinguished technology which performs an vital position in Quantum Computing. Quantum computing gadgets theoretically perform at ultra-excessive velocity and eat infinitesimally less energy. Research did in this mission goals to make use of the concept of reversible logic to break the conventional pace-electricity trade-off, thereby getting a step closer to comprehend Quantum computing gadgets. To authenticate this research, numerous combinational and sequential circuits are applied which include N-bit Ripple-convey Adder using Reversible gates. The energy and speed parameters for the circuits were indicated, and in comparison with their traditional non-reversible counterparts. The comparative statistical study proves that circuits employing Reversible good judgment as a result are quicker and energy green.

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ISSN: 2349-6002
Volume: 5
Issue: 5
PageNo: 75-78

DESIGN AND SYNTHESIS OF HIGH SPEED LOW POWER MODULAR ADDERS BASED ON USING REVERSIBLE LOGIC

Available:https://ijirt.org/Article?manuscript=147160

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Journal no 47859

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