Multi-valued quantum adder circuits,based on multi-valued logic,are significant components in numerous quantum algorithms.Their low-cost implementations can enhance the efficiency of these algorithms.In this paper,inn...Multi-valued quantum adder circuits,based on multi-valued logic,are significant components in numerous quantum algorithms.Their low-cost implementations can enhance the efficiency of these algorithms.In this paper,innovative universal architectures for d(d>3)-level quantum half-adder,full-adder,parallel adder,and parallel adder/subtractor circuits are designed using d-level 1-qudit(quantum digit)and M-S gates.To demonstrate the effectiveness of these architectures,quaternary adder circuits derived from them are displayed and compared with several existing counterparts.Judging by the results,these circuits exhibit reductions in quantum cost(QC),hardware complexity(HC),number of constant inputs(NCIs),and number of garbage outputs(NGOs).展开更多
目的探究消毒供应室采用根因分析(root cause analysis,RCA)管理对提升器械清洗质量的作用。方法选取2024年1—12月东营市第二人民医院供应室9名工作人员为研究对象,2024年1—6月实施常规管理(对照组),2024年7—12月实施RCA管理(研究组...目的探究消毒供应室采用根因分析(root cause analysis,RCA)管理对提升器械清洗质量的作用。方法选取2024年1—12月东营市第二人民医院供应室9名工作人员为研究对象,2024年1—6月实施常规管理(对照组),2024年7—12月实施RCA管理(研究组)。每组选择1000件医疗器械对比消毒供应室器械清洗合格率及工作人员对管理的满意度。结果研究组器械清洗合格率为100.00%(1000/1000),高于对照组的99.60%(996/1000)。研究组管理满意度高于对照组,差异均有统计学意义(P均<0.05)。结论开展RCA管理可以提高消毒供应室器械清洗质量及工作人员对管理满意度。展开更多
基金supported by the Natural Science Foundation of Sichuan Province(No.25QNJJ4066)Academic Degree and Post graduate Education Reform Project of Sichuan Province(Grants:YJGXM24-C017)。
文摘Multi-valued quantum adder circuits,based on multi-valued logic,are significant components in numerous quantum algorithms.Their low-cost implementations can enhance the efficiency of these algorithms.In this paper,innovative universal architectures for d(d>3)-level quantum half-adder,full-adder,parallel adder,and parallel adder/subtractor circuits are designed using d-level 1-qudit(quantum digit)and M-S gates.To demonstrate the effectiveness of these architectures,quaternary adder circuits derived from them are displayed and compared with several existing counterparts.Judging by the results,these circuits exhibit reductions in quantum cost(QC),hardware complexity(HC),number of constant inputs(NCIs),and number of garbage outputs(NGOs).
文摘目的探究消毒供应室采用根因分析(root cause analysis,RCA)管理对提升器械清洗质量的作用。方法选取2024年1—12月东营市第二人民医院供应室9名工作人员为研究对象,2024年1—6月实施常规管理(对照组),2024年7—12月实施RCA管理(研究组)。每组选择1000件医疗器械对比消毒供应室器械清洗合格率及工作人员对管理的满意度。结果研究组器械清洗合格率为100.00%(1000/1000),高于对照组的99.60%(996/1000)。研究组管理满意度高于对照组,差异均有统计学意义(P均<0.05)。结论开展RCA管理可以提高消毒供应室器械清洗质量及工作人员对管理满意度。
