Pdf Efficient Design Of A Reversible 2 To 4 Decoder In Quantum Dot Abstract and figures this research presents an optimized design of a 2 to 4 decoder in quantum dot cellular automata (qca) using a new formula developed from the reversible logic. This work presents a novel 2 to 4 decoder in qca with an innovative approach by employing the reversible toffoli gate. a circuit known as a toffoli gate has three inputs and three outputs, and every input and output corresponds exactly to one another.
Pdf Efficient Synthesis Of Reversible Circuits Using Quantum Dot The proposed qca decoder architecture employs 112 cells and occupies an area of 0.13μm², achieving a significant reduction in size compared to previous designs. the circuit is designed using a single layer approach, enhancing its efficiency and minimizing power dissipation. In this proposed design, it is possible to avoid any kind of overlapping of cells which leads to a more compact and cost effective design of a 2 – to – 4 decoder. In this paper, we propose an effective design of the 2 to 4 decoder in the qca technology. the proposed design consists of only three inverter gates and six 3 input majority gates. This paper represents an efficient 2 to 4 decoder, which has been designed with the help of three input majority voters and successfully implemented in qca. the design is optimized by considerably reducing the number of cell counts and qca wire crossings.
Pdf A Novel Design Of Reversible 2 4 Decoder In this paper, we propose an effective design of the 2 to 4 decoder in the qca technology. the proposed design consists of only three inverter gates and six 3 input majority gates. This paper represents an efficient 2 to 4 decoder, which has been designed with the help of three input majority voters and successfully implemented in qca. the design is optimized by considerably reducing the number of cell counts and qca wire crossings. In this paper we have proposed designs of 2:4 decoder using reversible logic gates. the gate simulations of the proposed decoder are shown using quartus ii 9.1 modelsim, which proved the functional correctness of the proposed circuits. The design of the 2 − to − 4 decoder is shown in fig. 3, proposed by us using the qca 3 dot cell. The proposed qca decoder architecture employs 112 cells and occupies an area of 0.13μm², achieving a significant reduction in size compared to previous designs. the circuit is designed using a single layer approach, enhancing its efficiency and minimizing power dissipation. In this paper, we propose effective design of the 2 to 4 decoder in the qca technology. the proposed design consists of only 3 inverter gates and six 3 input majority gates.
Pdf Optimized Design Of Reversible Gates In Quantum Dot Cellular In this paper we have proposed designs of 2:4 decoder using reversible logic gates. the gate simulations of the proposed decoder are shown using quartus ii 9.1 modelsim, which proved the functional correctness of the proposed circuits. The design of the 2 − to − 4 decoder is shown in fig. 3, proposed by us using the qca 3 dot cell. The proposed qca decoder architecture employs 112 cells and occupies an area of 0.13μm², achieving a significant reduction in size compared to previous designs. the circuit is designed using a single layer approach, enhancing its efficiency and minimizing power dissipation. In this paper, we propose effective design of the 2 to 4 decoder in the qca technology. the proposed design consists of only 3 inverter gates and six 3 input majority gates.
Design Of Multiplexers Decoder And A Full Subtractor Using Reversible The proposed qca decoder architecture employs 112 cells and occupies an area of 0.13μm², achieving a significant reduction in size compared to previous designs. the circuit is designed using a single layer approach, enhancing its efficiency and minimizing power dissipation. In this paper, we propose effective design of the 2 to 4 decoder in the qca technology. the proposed design consists of only 3 inverter gates and six 3 input majority gates.
Quantum Reversible Operations Quantumexplainer
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