八粒子量子态对彩色图像的存储方案

The Storage Scheme of Eight Particle Quantum States to Color Image

经典彩色图像的存储方法存在着数据量很大且很费内存等缺点,针对这些缺点,提出了一种在量子比特阵列中采用八粒子量子态存储彩色图像的方法,借助于量子态的巨大存储能力,通过采用量子并行计算特性的Grover量子搜索算法,起到平方根加速的理想效果.在图像存储和图像重构的过程中,对量子比特阵列进行搜索找到相应的彩色图像,证明所采用的方法有很好的效果.

In the classic storage method of color images,there are a lot of shortcomings exist, such as large amount of data, large computer memory occupation etc. Aiming at these shortcom- ings, we put forward a storage method by using eight particle quantum states in the quantum bit array to store color images. With the huge storage capacity of quantum state, we adopted Grover quantum search algorithm which has quantum parallel computing properties,ideal effect of square root acceleration worked. In the process of image storage and image reconstruction, we could find the corresponding color image by searching the quantum bit array. The results of study demonstrate that the way we adopted has better effect.