首页> 美国卫生研究院文献>AMIA Annual Symposium Proceedings >Knowledge-Based Systems. Methods for Developing and Evaluating Expert Systems: Software Design for Interactive Graphic Radiation Treatment Simulation Systems
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Knowledge-Based Systems. Methods for Developing and Evaluating Expert Systems: Software Design for Interactive Graphic Radiation Treatment Simulation Systems

机译:基于知识的系统。开发和评估专家系统的方法:交互式图形辐射治疗模拟系统的软件设计

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摘要

We examine issues in the design of interactive computer graphic simulation programs for radiation treatment planning (RTP), as well as expert system programs that automate parts of the RTP process, in light of ten years of experience at designing, building and using such programs. An experiment in object-oriented design using standard Pascal shows that while some advantage is gained from the design, it is still difficult to achieve modularity and to integrate expert system components. A new design based on the Common LISP Object System (CLOS) is described. This series of designs for RTP software shows that this application benefits in specific ways from object-oriented design methods and appropriate languages and tools.
机译:根据十年设计,建造和使用此类程序的经验,我们研究了用于放射治疗计划(RTP)的交互式计算机图形模拟程序以及使RTP过程的各个部分自动化的专家系统程序的设计问题。使用标准Pascal进行的面向对象设计的实验表明,尽管从设计中获得了一些优势,但仍然难以实现模块化和集成专家系统组件。描述了一种基于通用LISP对象系统(CLOS)的新设计。 RTP软件的这一系列设计表明,该应用程序从面向对象的设计方法以及适当的语言和工具中以特定方式受益。

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