Fault Tolerance Analysis of Regular Interconnection Multiprocessor System

The interconnection network used in a multiprocessor system provides an effective mechanism for the data exchange between the processors and is one of the dominating factors of performance of the system. The fault tolerance of an interconnection network can be measured by the probability that the network keeps functional in the presence of failures. The authors examine the fault tolerance of four regular interconnection networks (i.e. hypercube, crossed cube, Moius cube, and locally twisted cube) with the probabilistic approach. Experimental results show that all these interconnection networks display excellent fault tolerance. Moreover, the crossed cube enjoys the highest probabilistic of connectivity among them.     

The Fault Tolerance Technology in HC 1 Handhold Computer

A type of handhold computer that has been researched successfully is introduced as the application case and practical usage effect about fault tolerance technology in the machine. At the meantime, it can be as a usage for reference while the same type of machine brings in fault tolerance technology in order to increase its reliability. So, it has greater availability and extended character.     

Design of Analysis and Evaluation Application System for Ride Comfort

The stimulation and the optimal design for bus ride comfort have played an importable roles in design and reform of automobile products. The new vibration comfort coefficient is applied to evaluate the ride comfort of automobile, and the software is developed. It is verified that the study has theoretical and practical value significantly.     

Design of Manufacturing System for Business

In the new environment, product development is the core of product innovation and quickly responsive to the market for the enterprises. The speed and effectiveness of development is the key factor to the success of product development. The design for business is the key technique in achieving the effectiveness of product development. And manufacturing system is the bridge between business and products. The design method of facing business is discussed, and the design flow and content of manufacturing system supporting facing business are pointed out. At the same time, the author also sets forth the construction definition, the construction design and the detailed design of the manufacturing system. So the design flow of manufacturing system facing business is established.     

A Three Valued Model of System Level Fault Diagnosis

We propose a three valued model of system level fault diagonsis,define a class of diagnosable systems,give a characterization of them,and study their optimal design.     

Intelligent Sound Broadcast System of Bus Based on CPLD

The traditional sound broadcast system of bus makes use of MPU. It's shortcoming is have lower dependability, at the same time the maintenance and upgrade is difficult. In order to solve these problems, an intelligent sound broadcast system of bus makes use of Complex Programmable Logic Device(CPLD) and sound chip ISD2560 is introduced, and the principle of design is analysed. Because of the ability of In System Programmability of CPLD's JTAG, and take full advantage of the resource in CPLD, this system have no use for MPU. So, the hard circuit of this system is simple, and the system is easy to debug, upgrade and has very high dependability and better practicability.     

Design Quality Review System Based on Networks

Design quality review of product is an effective method to improve product quality. The inefficient traditional design review is not accord with modern yield requirement. The multiple system truss of design review is constructed based on the primary characteristics and the requirements of design review and the network technology. The mode of communication between client and server and the flow of design review system based on networks are expatiated. According to different phases of reveiw,the universal quality index system for evaluating the product design is established and the design review system based on networks is realized by NetMeeting.     

Study of Intelligent Fault Diagnostic System for a Kind of Power Plant

Based on the neural networks, object oriented technique, artificial intelligence technique and computer networks, an intelligent fault diagnosis system of the power plant whose need of the operation is presented. The architecture of software system , hardware system and corresponding databases is designed. The software of collecting data is established. The intelligent fault diagnosis system based on neural networks and object oriented technique is also developed. The physical system operation has been shown that the method mentioned above is feasible and effective in practice.     

Optimal Design of Aerostatic Bearing

A method using fuzzy sets theory and optimization method in designing aerostatic bearings has been presented,which has solved the multiobjective optimal designing problems of aerostatic bearings and has obtained rational structure parameters,raised the efficiency of designing.The automation of aerostatic bearing design has been realized.     

基于PLC的锅炉补水泵控制系统研究

设计了一套水暖锅炉自动调温系统应用于农业生产,主要部件包括主机、辅机、控制系统和水暖管道装置等。基于PLC的锅炉补水泵控制系统能够对整个锅炉的运行状况进行监测、报警、控制,保证锅炉正常、可靠地运行。该设计克服了以往养殖水暖锅炉中存在的缺陷,可以保证锅炉补水泵控制系统稳定可靠工作。     

The Design and Implementation of An Expert Control System

This paper proposes an expert control system for industrial processes on-line control and supervision by combining expert system techniques with computer process control techniques, introduces the fundamental design principles,basic structure and engineering implementation of this real time expert control system and gives the field operation results concerning the processing of a sodium chromate rotary kiln controlled by this expert control system as an application example.     

基于Arc Engine的茶叶生产气象服务业务系统的设计与实现

为适应茶叶生产发展的需求和提高气象为特色农业服务的能力,以现有茶叶气象服务技术及研究成果为基础,基于C/S软件架构,利用Arc Engine作为开发平台,结合C#语言、SQL Server数据库以及网络技术,研制了浙江省茶叶生产气象服务业务系统,并投入业务应用。系统主要包括数据管理、小气候监测、灾害监测预警、农用天气预报、气候品质评价、气候适宜度分析、茶园可视化监测、农业气候区划、产品制作、基础知识等10大功能模块;系统集成了茶叶精细化气象指标、预报评价模型和GIS空间插值技术,在时间上可以开展未来1~8天滚动的预警预报,在空间上可以制作乡镇级或5 km×5 km网格级的服务产品;通过与省内气象数据库的无缝对接,确保了系统的智能化运行。系统不仅在浙江省级气象为农服务中应用,而且已在茶叶主产市县中推广应用,实现了浙江茶叶气象服务的定量化和精细化。     

Analysis and Design of the Architecture for TPL System

Architecture of Logistics system is the interior operation environment and business platform for Logistics companies, which is to steer to build special logistics system and tactics frame-saw to realize the company's objectives. Further more, characteristic and design principle of architecture are mentioned. There are 4 levels in this article to discuss the architecture of TPL system. Six elements contained in the architecture are mentioned: information platform, tech-equipment platform, knowledge platform, organization platform, business platform and functional platform, Furthermore, the mutual connection among which is analyzed as a whole. In conclusion, measure of the transfer from traditional storage and transportation to modern logistics is discussed.     

均匀设计优化棉花ISSR-PCR反应体系

为探索适宜棉花的ISSR-PCR反应体系,采用两轮均匀设计试验,对ISSR-PCR反应体系中Mg2+、dNTPs、模板DNA、引物、Taq DNA聚合酶的浓度或用量进行优化。结果表明,棉花20μL的ISSR反应体系的最佳组分包括2μL 10×PCR Buffer、0.5 U Taq DNA聚合酶、40 ng模板DNA、0.25 mmol.L-1 dNTPs、0.5μmol.L-1引物和2.0 mmol.L-1 Mg2+。利用8个棉花品种和三条不同引物验证该反应体系,结果表明,该反应体系的稳定性和重复性较好。     

Design of Information Technology Application System for Automotive Industry

The situation and the future of the automotive industry information construction is shown in this paper. The significance of Chinese automotive industry information construction is discussed,and the technology base and system structure is also described. The function and the structure of information system by one application of marketing plotting system in one automobile factory's E-commerce are introduced.The important significance for develop and research of product and strategic decision is shown by building market demand information system.     

Design Method of a Metal V-belt CVT Hydraulic System

The design method on the hydraulic control system is one of the key technologies of a metal V-belt continuously variable transmission(CVT).It can change the ratio of the transmission system by adjusting the pushing force of the pulley.By analyzing the structure characteristics and force relations,the design method of an important parameter of the CVT hydraulic system and the rate of transmission ratio,are put forward by simulating to the emblematical driving models.The structure parameters of the hydraulic system is gotten and validated by simulation on specific driving model.An effective design method is provided to develop the continuously variable transmission system.     

中国渔政管理指挥系统总体架构设计

中国渔政管理指挥系统是服务于渔业管理业务的大型管理信息系统,随着信息化建设的深入和需求的提高,越来越多的管理业务将纳入到系统中来,系统的运行效率与业务协同性将会面临挑战。笔者通过架构设计关键技术的分析研究,基于企业架构(EA)和面向服务的体系结构(SOA)技术,提出了面向渔业管理的系统架构框架,优化了中国渔政管理指挥系统的总体设计方案。总体设计根据业务需求和管理战略从全局的角度对系统的业务架构、应用架构、数据架构、技术架构进行设计,构建基于SOA的业务服务技术架构,以解决系统的灵活性与可扩展性,满足不断发展的信息化需求,为系统信息共享、互联互通和业务协同提供技术模型,为系统的可持续建设提供技术保障。