Authors: Xin Wang
Addresses: Taikang Life Financial Insurance Co., Ltd, No.1201 Bldg63, Meishuguanhoujie Dongcheng District, Beijing 100010, China
Abstract: This paper is to establish a system that is able to understand and recognise similarity patterns in medical image collection in terms of local low-level primitives and global semantics. The experimental data used by the system are histological tissue images on breast cancer. The image colour features are defined in spatial domain at pixel level and converted into frequency domain by Fourier transform. The transformed data, therefore, can be compressed at different degrees effectively. Once the image features are compressed and divided into small blocks, the neural network of the system will be trained that each block is regarded as a pattern in the patterns database, which can be compared and matched by a new query image. The prototype has proved interesting for comparison of medical images, and can be used for training new doctors and providing reference for diagnosis. The method is of generic nature and can be applied to other domains.
Keywords: image retrieval; semantics; patterns; neural networks; virtual primary healthcare; healthcare technology; breast cancer; histological tissue images; medical image collection; image compression; training; diagnosis; multimedia; telemedicine; tele-homecare; tele-home health; e-healthcare; electronic healthcare.
International Journal of Healthcare Technology and Management, 2006 Vol.7 No.5, pp.421 - 428
Available online: 20 Dec 2005 *Full-text access for editors Access for subscribers Purchase this article Comment on this article