Quantum Circuit Mapping

Quantum circuit mapping refers to the process of transforming high-level abstract quantum circuits into concrete operation sequences that can be executed on specific physical quantum devices. This task aims to address hardware limitations in quantum computing, improving the execution efficiency and reliability of quantum circuits through optimized mapping algorithms, thereby enabling the implementation of more complex quantum algorithms and applications on actual quantum devices. Quantum circuit mapping is a critical component in the methodology of quantum computing, playing a vital role in advancing the practical application of quantum technology.