Fm is an object oriented language designed to serve as a testbed for experiments in the development of conceptual structure in continuous domains. Possibilistic truth representation is fully integrated into a language for building knowledge based systems offerring support for object, rule, and data-access based programming styles as well as the more traditional procedural form. A prototype implementation of Fm has been written in Franzlisp and has been used to construct two simple expert systems, one a data structure consultant and the other a knowledge based automobile driver. This paper describes the facilities provided in Fm for representing and reasoning with uncertain information.
Fm是一种面向对象的语言,旨在用作在连续领域中开发概念结构的实验的试验台。可能性真值表示已完全集成到一种语言中,用于构建基于知识的系统,从而为基于对象,规则和数据访问的编程样式以及更传统的程序形式提供支持。 Fm的原型实现已用Franzlisp编写,并已用于构建两个简单的专家系统,一个是数据结构顾问,另一个是基于知识的汽车驾驶员。本文介绍了Fm中用于表示和推理不确定信息的设施。 P>
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