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采用量子计算研究中最具代表性的电路模型模拟量子计算过程,实现Deutsch算法和量子Fourier变换的演算,构建了量子信息与计算的仿真平台雏形.实验平台采用量子寄存器结构作为存储媒介,在空间上优于矩阵形式,运算过程采用位操作避免了大量乘法运算的时间,实验结果可直接被其他重要量子算法所引用.采用新型结构减少了时间和空间耗费,运算过程更加简单直观,为平台的进一步完善提供了基础.
The most representative circuit model in quantum computing is used to simulate the quantum computing process and the calculation of Deutsch algorithm and quantum Fourier transform is completed.The prototype of quantum information and computing simulation platform is built.The experimental platform uses quantum register structure as the storage medium, Superior to the matrix form, the operation of the operation using bit manipulation to avoid a large number of multiplication operations, the experimental results can be directly referenced by other important quantum algorithms using a new structure to reduce the time and space costs, the calculation process is more simple and intuitive, as a platform Further refinement provided the basis.