磷矿山环境污染的形成与防治

以湖北省黄麦岭、荆襄磷矿为研究对象，分析了造成磷矿山环境污染的污染源类型及特点，并从矿石特征、矿山生产环节、区域自然环境条件等方面，讨论了对矿山污染的制约和影响，以此，有针对性地提出防治矿山污染的对策和措施。     

提高矿井通风系统的安全和可靠性

分析了矿井通风系统存在的问题 ,针对性地提出了一些提高矿井通风系统安全及可靠性的措施     

动态矩阵控制系统稳定域的根轨迹分析

本文使用根轨迹技术从理论上分析了纯滞后工业过程参数变化对系统稳定性的影响,得到了一个与设计参数有关的稳定域,从而为设计参数自动整定提供了参考。     

岩金矿山空区处理研究

文章阐述了岩金矿山空区处理研究的手段及空区处理的方法，探讨了空区破坏的地质，力学机理。     

炼钢厂钢水温度—时间优化匹配系统开发

根据软件开发的基本原则，提出了炼钢厂的钢水温度－时间优化匹配系统开发总则和结构设计，并闻相应的软，硬件系统。     

饮料包装的计算机控制和管理

着重介绍计算机技术在饮料包装方面应用的发展情况,灌装生产流水线的计算机控制和管理,自动装卸搬运系统和计算机仓库管理系统等。     

Integrated distributed intelligent system for process-control system design

In process-control system design, the Computer Aided Design (CAD) techniques have evolved a new generation of design techniques. This also paves the way for implementing Computer Integrated Manufacturing Systems (CIMS). However, the key issue to accomplishing the objectives in CAD is the automation of conceptual design. This paper first introduces the fundamentals of conceptual design for process-control system design. Then, a strategy to solve the problems in conceptual design is proposed. The associated system configuration and software implementation platform for developing intelligent systems for process control system design are presented. Finally, an application case is studied.     

高浓度钢渣粉尘环境发动机空气过滤系统的改进与维护

针对液压挖掘机在高浓度钢渣粉尘作业环境下,钢渣粉尘对发动机的损害,分析了发动机空气滤清器的作用,阐述了传统空气过滤系统存在的问题,提出了改进的方案与维护措施.     

A process-control and diagnostic tool based on continuous fuzzy Petri nets

The use of Petri nets and fuzzy logic in intelligent process control has caught the attention of many researchers. In this paper, a Continuous Fuzzy Petri Net (CFPN) tool which integrates the three technologies of fuzzy control, Petri nets and real-time expert systems is presented. The CFPN approach can deal with real-time continuous inferencing, for the purpose of process monitoring and diagnostics, at a high level in the presence of uncertainty. This tool has been implemented in the G2 real-time expert-system environment and is currently being used by ESSO Canada.     

基于专家系统的机器人高层规划

本文介绍一个基于专家系统的机器人高层规划系统,阐述几个潜在应用子系统,并应用专家系统方法进行多机器人协调避碰运动规划。本系统具有良好的规划性能。