GSM-R网络管理与优化专家系统的设计与实现

GSM-R网络的性能和服务质量对保障铁路安全有序运营有重要意义.本GSM-R网络管理与优化专家系统是一种综合分析平台,该平台能够结合接口监测信令、OMC网管数据等多种数据源进行综合关联分析,具备数据查询、图形化显示、专家决策推理等功能,同时系统引入人工智能领域专家系统的设计方法,建立合理的网络优化知识库,运用有效的优化推理机制,模拟网优专家的决策过程,针对网络服务质量问题进行推理分析,辅助解决GSM-R网络优化领域的相关问题.     

一种实用智能控制器的设计

本文根据专家控制和模糊控制的特点，将专家控制技术与模糊控制技术结合起来，设计了一种简单适用的智能控制器，解决了单纯模糊控制中存在的问题。仿真结果和在炉温控制的实际应用中证明了该方法的有效性。     

铁路信号故障诊断专家系统基本结构设计

针对我国铁路信号设备故障的特点及目前普遍采用的故障诊断方法,对铁路信号故障诊断专家系统的总体结构进行了设计分析,提出了应用分层次的故障诊断方法,建立和开发铁路信号故障诊断专家系统思路,并对该系统的功能、特点及安全可靠性进行了探讨分析.     

空车调整专家系统的研究

根据铁路货运营销管理对编制空车调整计划的新要求,提出了开发空车调整专家系统的总体结构,论述了用产生式规则和面向对象的方法相结合的知识表示方法和相应的推理机制。     

基于嵌入式专家系统的机车电路仿真系统的研究

在介绍嵌入式专家系统的基础上,提出了基于专家系统、计算机技术、数据库技术的"机车电路仿真系统"的研制方法,包括知识的框架表示,推理模型的建立,数据库文件及控制矩阵的建立等。并以SS4G机车电路为例,描述了动态仿真的工作过程。     

Perspectives on the commercial development of landing gear health monitoring systems

The development of health monitoring technologies for aerospace systems creates a number of challenges for the community of engineers and technical specialists as they seek to integrate the technology into well defined working practices. These challenges do not just extend to the technical, but require a number of commercial questions to be addressed. It is of vital importance, that there is a clearly identified need for aerospace health monitoring, both from a technological and commercial viewpoint. If these needs cannot be identified, then any attempt for marketing health monitoring as a necessary future technological requirement is doomed for failure. Health monitoring technology will need to either deliver significant cost saving benefits to the aircraft operator or demonstrated increases in aircraft safety. The objective of the paper is to provide an assessment of the commercial benefits and development of aircraft landing gear health monitoring. The commercial need and challenges for health monitoring systems are explored in this paper within the context of a changing aerospace maintenance industry and the role in which new systems technology will play. The key findings of the research study are that within the aerospace industry there is a desired paradigm shift within aircraft maintenance towards offering maintenance systems with predictive capabilities. This maintenance revolution will not just incorporate new technologies, but will result in aircraft maintenance packages tailored towards individual customer requirements. The study illustrates the state-of-the-art in health monitoring currently restricts aerospace integration and a number of key technical and commercial issues need to be addressed. Predictive health monitoring offers a variety of commercial benefits for maintenance providers, aircraft operators and manufacturers. However, in order for these benefits to be realised increased transparency in maintenance related information is required between these key players.     

船舶避碰系统的智能化研究综述

综述了船舶避碰系统领域中智能化研究的现状,主要介绍了模糊控制,神经网络专家系统等智能方法在避碰系统中的应用,并指出了为实现系统的完全智能化亟需解决的问题。     

路面修复计划专家系统的探讨

根据路面修复计划的特点，提出将专家系统引入计划工作中，并初步建立了路面修复计划专家系统的模型。     

模糊专家系统模型在远程教学中的应用研究

在远程教学系统中,为了判断学生的知识缺陷类型并有针对性的指导学生再学习,利用模糊知识框架表示属性值,并提出了模糊匹配隶属函数uAj(x)的计算方法.     

面向设计的计算机辅助汽车装配工艺规划系统

从汽车的概念设计阶段就把装配可行性考虑其中,并且一致持续到批产以后。首先,在概念设计阶段,用专家系统对设计进行验证;然后,在设计开发阶段,对设计进行装配评估,检查是否满足装配的基本要求;装配可行性分析,对设计进行静态检查,装配路径生成,工具空间检查,和人机工程验证;紧固件检查,检查紧固件是否和标准一致,以降低紧固件的种类和数量;接着开始整车虚拟装配模拟,以发现设计中的错误,及时改进。最后生成装配工艺文件和特殊工装的设计要求。这样的面向设计的计算机辅助装配工艺规划系统,缩短了开发时间,降低了开发的成本,提高了开发的效率。