With the development in quantum computing, nearest neighbor constraint has become important for circuit realization. Various works have tried to make a circuit nearest neighbor compliant (NNC) by using minimum number of SWAP gates. To this end, an efficient qubit placement strategy is proposed that considers interaction among qubits and their positions of occurrence. Experimental results show that the proposed method reduces the number of SWAP gates by 3.3% to 36.1% on the average as compared to recently published works.
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