Quantum Realization Full Adder-Subtractor Circuit Design Using Islam gate
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 6
Abstract
Quantum Computing is one of the emerging computing methods of future computing technologies. The construction of quantum computer that performs computation is implemented using Quantum Gate, the basic gate level element. Due to its quantum nature, the Quantum Gates are reversible but it different from the classical reversible gate. As all operations are reversible, the reversible circuits form the basic building block of quantum computers. In my previous work [15], Islam Gate (IG) which is the 4*4 parity preserving reversible gate, was implemented using quantum gate CNOT, NOT, Toffoli, Swap gate and Peres gate. That implementation was used to construct a Full Adder quantum circuit using Islam Gate. In this work, a proposed reversible and quantum realization of Full Adder-Subtractor circuit is implemented using quantum representation of Islam (IG) Gate [15] circuit.
Authors and Affiliations
Madhumita Mazumder, Indranil Guha Roy
Okra Seeds: An Efficient Coagulant
Treatment of drinking water in developing and under developed countries through the defined treatment methods is very expensive and inappropriate as well, this is because of the lack of proper infrastructure, and access...
Performance Analysis of VARS Using Exhaust Gas Heat of C.I Engine
In this paper the waste heat from C. I engine is suggested as one of the alternative energy source for refrigeration system. In this study, an overview of utilization of waste heat with a brief literature of the current...
Onset Instability of Thermosolutal Convective Flow of Viscoelastic Maxwell Fluid Thorough Porous Medium with Linear Heat Source Effect
The Instability mechanism of Thermosolutal convection in a horizontal layer of viscoelastic Maxwell fluid through porous medium with internal linear heating is presented in this manuscript. The flow is also affected wit...
Current Practices of Solid Waste Management in MITS Campus, Gwalior: A Case Study
Aim of the study was to access the present condition of the solid waste management in the MITS, Gwalior by taking key informants as field visits, personal interviews with different stakeholders and questionnaire to know...
Buckling Analysis of Cellular Steel Beams with and without Stiffeners
Cellular beams became popular day by day as an efficient structural form in steel construction since their introduction. Their design and making process provides greater flexibility in beam proportioning for strength, d...