Ming Zhong, Xiangyu Ren, Kangyu Zheng, Zhi Zeng, Shenggen Zheng, Shaohua Li, Zhiding Liang · 2026 · arXiv
DOI: 10.48550/arXiv.2610.29170 · open-access PDF
Memilih konfigurasi kompilator kuantum yang efektif membutuhkan keputusan yang terkoordinasi tentang target perangkat keras dan pengaturan kompilator, dengan tujuan akhir untuk meningkatkan loyalitas eksekusi sirkuit. Pendekatan SOTA yang ada biasanya memecah masalah ini menjadi dua tahap berturut-turut: perangkat dipilih pertama, setelah itu opsi kompilator disesuaikan pada perangkat tersebut melalui pencarian berbasis RL. Strategi bottom-up ini dapat secara fundamental dibatasi oleh keputusan perangkat awalnya, karena backend yang kurang cocok dapat membatasi loyalitas terbaik yang dapat dicapai terlepas dari seberapa efektif opsi kompilator nanti.
Machine translation (Meta M2M100); the English original follows.
Selecting an effective quantum compiler configuration requires coordinated decisions over both hardware targets and compiler settings, with the ultimate goal of improving circuit execution fidelity. Existing SOTA approaches typically decompose this problem into two sequential stages: a device is chosen first, after which compiler options are tuned on that device through RL-based search. This bottom-up strategy can be fundamentally limited by its initial device decision, since a poorly matched backend may constrain the best fidelity achievable regardless of how effectively later compiler option
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