Dhaka University Journal of Applied Science & Engineering

Ternary logic synthesis methods have recently been introduced to realize multi-input ternary logic functions using cascades of ternary permutative gates. Design of Ternary Reversible Barrel Shifter is first proposed in this paper. The proposed design methodology is based on first realizing the circuit using Ternary Feynman gates and Ternary Modified Fredkin Gate (MFG). Then we have analyzed the performance of the proposed circuit mathematically to define lower bounds for the number of the basic gates, garbage outputs and ancilla bits.

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