Design and Development of An Intelligent Distributed Processing System

在这个项目中，我们的目标是统一连接不同的基于知识的资源，以建立智能分布式处理系统的基本设计方法。为此，我们着重于具体问题，取得了以下成果：提出了一种新的基于知识的网络架构方案，并成功实施。设计并开发了一个功能强大的推理引擎。本文设计、实现并应用于牙医学中对人类牙齿进行改造的图像知识库。建立并评价了智能分布式处理系统的基本设计方法。1985年，这个项目的第一年，我们开展了分布式处理系统、逻辑编程、图像数据库和相关主题的研究。每个研究者都致力于建立必要的基本设计技术。在第二年（1986年），在第一年取得成果的基础上，我们实施了整个系统的每个组成部分。从业绩的角度进行了几项调查。所涉及的整个系统的组成部分。(1)新型网络体系结构的软件设计与实现。(2)将函数式编程与逻辑编程相结合的合并式等式逻辑编程系统的设计与实现。(3)图像知识库软件的设计与实现。在1987年，也就是项目的最后一年，我们将各个单独的系统连接起来，建立了一个紧密连接的分布式系统。

In this project, our aim is to uniformly connect different knowledge-based resources to establish an essential design methodology for Intelligent distributed processing systems. For this purpsose, we have focussed on speciffic issues and have achieved the following.1. A Proposal has been drawn up, and successfully implemented, for a new knowledge based network architecture2. A highly functional inference engine has been designed and developed.3.An image knowledge base has been disigned, implemented and applied in dentistry for reforming human teeth.4. A fundamental design method for Intelligent distribued processing systems has been established and evaluated.In 1985, the first year of this project, we carried out research on distributed processing systems, logic programming, image data bases and related topics. Each investigator has worked towards establishing the requisite fundamental design technology.In the second year (1986), based on the results obtained in the first year, we have implemented each component of the total system. Several investigations have been carried out from the performance point of view. The components of the total system involved.(1) the design and implementation of the software for the new networking architechure.(2) the design and implemetation of an amalgamating equational logic programming system which unifies functional programming and logic programming.(3) the design and implementation of the sofware for an image knowledge base.In 1987, the final year of the project, we habe connected each individual system, and established a closely connected distributed system.