HIGHLIGHTS
SUMMARY
For quantum hardware, both general-purpose quantum processors, e_g_[8], and special-purpose quantum processors, e_g_[9], are under active development. The former follows the Software compilation and hardware synthesis for quantum computation. unitary-gate-based quantum circuit computation model,, and the latter follows the Ising-model-like annealing procedure. Compiling a quantum algorithm or application into a format executable on a quantum processor requires transforming a high-level programming language code into a low-level quantum assembly code, which consists of a sequence of unitary operations represented as quantum circuits. U3 can implement . . .
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