华东交通大学学报
華東交通大學學報
화동교통대학학보
JOURNAL OF EAST CHINA JIAOTONG UNIVERSITY
2013年
4期
14-18
,共5页
量子图像处理%图像储存与检索%量子纠缠
量子圖像處理%圖像儲存與檢索%量子糾纏
양자도상처리%도상저존여검색%양자규전
quantum image processing%image storage and retrieval%quantum entanglement
图像几何形状的分割是基于图像内容的搜索的关键技术,为了提高基于图像内容的搜索的高效性和准确性,可以预先存储图像的几何形状。该文介绍了用最大纠缠的量子态来表示几何形状,设计了量子线路实现几何形状的存储,并提出了改进的几何形状存储和检索方法。
圖像幾何形狀的分割是基于圖像內容的搜索的關鍵技術,為瞭提高基于圖像內容的搜索的高效性和準確性,可以預先存儲圖像的幾何形狀。該文介紹瞭用最大糾纏的量子態來錶示幾何形狀,設計瞭量子線路實現幾何形狀的存儲,併提齣瞭改進的幾何形狀存儲和檢索方法。
도상궤하형상적분할시기우도상내용적수색적관건기술,위료제고기우도상내용적수색적고효성화준학성,가이예선존저도상적궤하형상。해문개소료용최대규전적양자태래표시궤하형상,설계료양자선로실현궤하형상적존저,병제출료개진적궤하형상존저화검색방법。
The segmentation of image geometrical shapes is a key technology in content-based image search. In order to improve the efficiency and accuracy of content-based image search,image geometrical shapes may be stored in advance. The paper describes that geometrical shapes are represented by maximally-entangled quan-tum states,and designs a quantum circuit to achieve geometrical shapes storage. Moreover,improved methods of storage and retrieval for geometrical shapes are proposed.