一种新的控制系统结构研究及其应用

本文提出了一种递阶广义控制系统结构,并对其组成作了描述,为更好地设计和了解这类系统提供了一种可供尝试的分析方法.最后,针对螺旋霉素工业发酵过程计算机控制系统的实际课题,运用上述方法对其系统结构设计和实施方案作了详细介绍.     

UML系统分析与设计课程整体设计方案

本文介绍了职业教育课程工作过程系统化的开发与设计,以工作过程分析为起点,选用适于教学的典型工作任务为载体整合教学内容,在课程教学过程中凸现以学生为主体、以职业能力的培养为主线、"教学做一体化"的特点。我院软件技术专业"UML系统分析与设计"课程设计把握上述原则,对实现人才培养目标、提高学生的职业关键能力起到了强有力的支撑作用。     

雷达高功率铰链装配工艺规划系统的开发

面向并行工程的需求,提出并设计了雷达高功率铰链三维装配工艺规划系统（HPH-CAAP）。系统利用微软的Microsoft Visual C++ 6.0作为开发语言,UG/OPEN API作为开发工具,用来验证和改进产品可装配性的仿真系统。阐述了HPH-CAAP的体系结构以及虚拟装配模型的定义、交互式装配工艺规划、装配仿真、干涉检验和模型的参数化重构关键技术模块。研究了HPH-CAAP各模块的实现全流程。最后给出了系统的应用实例。     

简易机电型污水处理电控系统实践

介绍、提出、分析PH/ORP监测自控系统PLC电路设计和实践。     

A Generative System for Mamluk Madrasa Form-Making

In this paper, a parametric shape grammar for the derivation of the floor plans of educational buildings (madrasas) in Mamluk architecture is presented. The grammar is constructed using a corpus of sixteen Mamluk madrasas that were built in Egypt, Syria, and Palestine during the Mamluk period. Based on an epistemological premise of structuralism, the morphology of Mamluk madrasas is analyzed to deduce commonalities of the formal and compositional aspects among them. The set of underlying common lexical and syntactic elements that are shared by the study cases is listed. The shape rule schemata to derive Mamluk madrasa floor plans are formulated. The sets of lexical elements and syntactic rules are systematized to form a linguistic framework. The theoretical framework for the formal language of Mamluk architecture is structured to establish a basis for a computerized model for the automatic derivation of Mamluk madrasa floor plans.     

KBSDT:一个知识系统开发工具

在详细分析了国际上流行的２０多个知识系统开发工具的基础上,讨论了如何设计一个知识系统开发工具—ＫＢＳＤＴ,讨论了其设计方法和准则,讲了ＫＢＳＤＴ的总体设计与实现。除此还计划将反推理机部分的工作深入,利用自然语言理解的成果开发一个高级智能接口。     

一种无自衡液位过程串级控制系统

设计了一个串联式双容无自衡液位串级控制系统。介绍了系统结构、设计的方法思路和设计结果。此系统在构成环节上采用调速泵取代传统的调节阀。作者对调速技术在过程控制中的应用进行了探索怀研究。     

A new design paradigm for the development of custom-fit soft sockets for lower limb prostheses

This paper presents a new 3D design paradigm for the development of specific custom-fit products, such as the soft socket of prostheses for lower limb amputees. It is centered on the digital model of the human body and, contrarily to the traditional process almost manually based, it considers the integration of methods and tools coming from different research and application fields: Reverse Engineering, Medical Imaging, Virtual Prototyping, Physics-based Simulation, and Rapid Prototyping. The paper describes the techniques adopted to acquire and create the digital model of the residual limb, the procedure to generate the socket model, the strategy developed for the functional simulation of the socket-stump interaction and, finally, the realization of the physical prototype. Each design step is described with the related problems and the obtained results. Both trans-tibial and trans-femoral amputees have been considered; however, for now the complete process has been validated for trans-tibial prostheses. Major outcomes of the proposed approach stand in a better quality of the final product, in a shorter involvement of the amputee implying a lower psychological impact, in a limited use of physical prototypes, and in a shorter development time. Moreover, the resulting paradigm answers to the Collaborative Engineering guidelines by optimizing the interaction between different domains and enhancing their contributions in a homogeneous development framework.