Krokos M A, Clapworthy G J, Crudele M, Salcito G, Vasilonikolidakis N
Department of Computer & Information Sciences, De Montfort University, Milton Keynes, United Kingdom.
Stud Health Technol Inform. 1997;43 Pt A:99-103.
The paper describes an integrated methodology for the development of a WWW computer system which addresses issues of the organisation, retrieval and manipulation of 3D volumetric models of pathological human organs. The library of organs is distributed on the WWW since medical expertise and needs are typically expensive resources and also because many pathological conditions are often restricted to local diffusion. Users are provided with a WWW viewer for interactive manipulation of the models of the organs. The system supports low-cost MS-Windows 32 platforms and requires no specialised hardware. Early results demonstrate that the compression techniques employed provide near real-time response for retrieval/manipulation, not only over high-speed expensive network lines, but also over low/medium network connections.
本文描述了一种用于开发万维网计算机系统的集成方法,该系统解决了病理性人体器官三维体积模型的组织、检索和操作问题。器官库分布在万维网上,这是因为医学专业知识和需求通常是昂贵的资源,而且许多病理状况往往局限于局部传播。为用户提供了一个万维网查看器,用于对器官模型进行交互式操作。该系统支持低成本的微软视窗32平台,无需专门的硬件。早期结果表明,所采用的压缩技术不仅能在高速昂贵的网络线路上,而且能在低/中网络连接上为检索/操作提供近实时响应。