2023年12月20日 · In particular, BQA is more suitable for large-scale quantum circuits where a large number of SWAP gates need to be inserted. Furthermore, for quantum chips with lower …

2022年9月8日 · In this paper, we designed a way based on the business to insert swap gates BQA (Busy Qubits Avoid). We exploit the imbalance of the number of gates on qubits, trying to …

2022年9月9日 · In this paper, we designed a strategy based on the business qubits to insert swap gates called Busy-Qubits-Avoid (BQA) strategy. The rest of the paper is organized as follows.

2023年7月13日 · In this paper, we designed a strategy based on the business of each individual qubit to insert SWAP gates, named Busy-Qubits-Avoid Strategy. On the one hand, we try to …

在本文中，我们根据每个单独量子位的业务设计了一种插入SWAP门的策略，称为Busy-Qubits-Avoid策略。 一方面，我们试图通过利用量子门在量子位上的不均匀分布来隐藏插入的交换门 …

2022年9月8日 · In this paper, we designed a way based on the business to insert swap gates BQA (Busy Qubits Avoid). We exploit the imbalance of the number of gates on qubits, trying to …

2022年9月8日 · In this paper, we designed a way based on the business to insert swap gates BQA (Busy Qubits Avoid). We exploit the imbalance of the number of gates on qubits, trying to …

2023年12月20日 · When compiling a quantum circuit onto a physical chip, it is necessary to ensure those two-qubit gates act on pairs of directly coupled qubits by inserting SWAP gates. …

2022年9月7日 · In this paper, we designed a way based on the business to insert swap gates BQA (Busy Qubits Avoid). We exploit the imbalance of the number of gates on qubits, trying to …

When compiling a quantum circuit onto a physical chip, it is necessary to ensure those two-qubit gates act on pairs of directly coupled qubits by inserting SWAP gates. It will cause great …