Object-oriented Design of the Intelligent Decision-making System of Rocket Safety Controlling

Because of systemic error in measurement and trajectory track, precision of trajectory parameter is not high and it results in false alarms in the traditional systems. The intelligent decision-making system of rocket safe controlling is built by using object-oriented method. First, the authors analyze and design rocket safety controlling architecture. Then, we study about knowledge expressing and knowledge database by object-oriented technique for the rocket safety controlling. At last, inference procession of the system is discussed. Intelligent decision-making system of rocket safety controlling is accurate, extensible and flexible.     

Knowledge-based Intelligent Decision-making System for the Safety of Rockets

With the progress of science and technology, the astronautics has obtained great development and researched in many countries, the problem on rocket safety control is important during the rocket launching proceeding, and is also the focus of every space country. At first, the importance of rocket safety control is introduced and the characteristics of the existing system for the safety of rockets are analyzed. After indicating its disadvantages, the design idea, system framework and method for realization of the knowledge-based intelligent decision-making system are proposed to improve certainty and authenticity of safety decision, containing correspond knowledge and adopting the technology of intelligent decision and reasoning on AI.     

基于知识模型的棉花管理决策支持系统

通过对棉花栽培研究资料和专家知识的总结归纳,运用系统学方法和结构化途径,建立了基于知识模型的棉花管理决策支持系统(KMDSSCM)。它由数据库、知识模型库、专家咨询库和人机界面等部分组成;可以实现栽培方案设计、适宜生育指标确定、适时苗情调控、专家知识咨询和系统维护等功能,具有普适性强,独立性好等特点。实例分析结果表明,系统可以根据决策点的基础农情条件,设计出适宜的综合性栽培管理方案和生育指标动态。     

Vehicles Scheduling Decision Support System

Under traffic conditions and vehicle capacity constraints, in view of commercial grou Plarge-scale vehicles Scheduling question characteristic, it proposes a solution framework. First, the customers are segregated into districts. Then the customer districts are assigned to vehicles using the vehicle scheduling model and heuristic algorithm. Third, the vehicle mutes are determined as a Traveling salesman problem. With the solution framework and by taking the a Chongqing commercial grou Pas the case, the authors designs the decision support system.     

县域水稻抛栽精确定量栽培决策支持系统研究与开发

为了促进抛栽水稻精确定量栽培技术生产应用,通过资料收集、决策模型构建与程序设计等,以姜堰市为例,基于Visual Basic 6.0和MapObjects 2.3,研究与开发了县域水稻抛栽精确定量栽培决策支持系统V1.0。结果表明,该系统涵盖了电子地图导航、基础数据查询、决策支持、知识园地、辅助工具和系统帮助等内容,实现了预期目标;系统界面友好、操作简便、功能全面、应用性强。经试用,系统的可用性、可靠性、易用性较强,用户满意度较高,可作为生产上推广应用水稻抛栽精确定量栽培技术的信息化优质辅助平台。     

温室环境参数智能控制系统的设计

依据温室控制要求,介绍了模糊控制技术在温室控制系统中的应用,给出了模糊控制器的实现过程。实践表明,该控制器具有良好的控制效果。     

Technologies of Intelligent Vehicle in Intelligent Transportation System (ITS)

Intelligent Transportation System (ITS) is the most effective method to solve the modern traffic problems. Intelligent vehicle plays a very important role on ITS, and it influences the success of ITS directly. Intelligent Transportation System (ITS) is briefly introduced. Then it is given that advanced vehicle control system and electrics stability program (ESP) in the key technology of intelligent transportation system. The control algorithm for vehicle movement is discussed and the test result is given.     

“玉米生产管理智能决策系统”推广模式研究

摘 要：【研究目的】探讨“玉米生产管理智能决策系统”适宜推广模式,加快农业科技成果转化步伐;【方法】将实证法与文献法相结合,将农业科技成果推广理论与实践相结合进行定性分析;【结果】在借鉴国内外农业信息技术成功推广模式的基础上,分别对“农业协会”、“涉农公司”及“政府”作为“玉米生产管理智能决策系统”推广主体进行可行性分析;【结论】结果表明“政府+农户”为“玉米生产管理智能决策系统”最适宜推广模式。     

An Expert System for Design of Shotcrete and Bolting Support and Its Engineering Application

On the basis of the achivements of home and abroad,a study and fabrication of multi- module and multi- function intelligent design soft ware SBSDES has been completed successfully.The ES has been expounded systematically in the paper,such as knowledge- base, data- base,reasoning mechanism,graph function and user interface ,and so on.Finally,the SBSDES is used for design two roadways.The industrial tests show that SBSDES is scientific and practical.     

县域水稻精确栽培决策支持系统研究与开发——以姜堰市为例

本研究运用农业信息技术原理与方法,以姜堰市为例,初步开发出了功能全面、内容丰富、现势性强、图形生产力高的基于VB 6.0和MapObjects 2.3的县域水稻精确栽培决策支持系统软件。该系统涵盖了基本苗精确定量、精确施氮、精确灌溉、精确测产及气象数据库、智能学习等内容。该系统还具有电子地图浏览导航与地理信息系统空间数据查询功能。经初步试用,系统的功能可用性、功能可靠性、易用性较强,用户满意度较高。     

基于数据挖掘的生态公益林效益评价决策支持系统研究

生态公益林效益评价是生态公益林系统管理与可持续发展的重要内容。在生态公益林效益评价的主要内容与价值量评估公式、参数设置及方法的基础上,给出了基于数据挖掘的生态公益林效益评价决策支持系统的功能结构与体系结构;设计了以模型库与知识库为中心,辅以数据库、方法库和计算机网络技术的生态公益林效益评价决策支持系统;利用软件工程方法、J2EE框架技术、MVC设计模式和数据库访问技术实现系统开发。系统利用数据挖掘中聚类分析技术,能进行生态公益林资源分类和关联规则技术挖掘出公益林不同效益指标之间的内在联系。系统具有较强的分析、预测与决策、可视化输出功能,辅助生态公益林管理与决策者提高决策水平和质量。     

Intelligent Control to the Automatic Cruise System of AMT Vehicle

A dual closed-loop automatic cruise control system is proposed according to the properties of the AMT system with cruise control function inside, which is developod by the authors. The human simulated intelligent fuzzy control is applied to the inner loop of throttle position control while the conventional fuzzy control is applied to the outer loop of vehicle speed control. The scheme of the whole control system and the design process of the controller are presented. The experimental results show that with the proposed dual closed-loop control system, the unstable phenomena of engine speed can be eliminated and the throttle control responses fast without buffeting. Moreover, the system has the advantages of easy manipulation and reliable operation. The controller has the advantages of free of accurate mathematical model and easy to carry out and high robust and so on.     

基于HACCP和QFD的乳制品质量安全控制研究

为解决乳制品的质量安全控制问题,将HACCP体系与质量功能展开(QFD)相结合,应用HACCP体系进行全过程控制,运用QFD获取乳制品质量安全控制的顾客需求项及各项权重,根据各项关键控制指标的重要度,完成预防措施质量屋的构建并应用到HACCP体系预防措施和纠偏措施的制定中,从而对乳制品质量安全进行控制。     

食品原料的安全控制课程体系建设

食品原料是食品供应链的源头,它的安全是保障食品安全的起点。对食品原料进行安全控制,可有效减少食品安全事件的发生,因此,食品原料的安全控制是食品质量与安全专业非常重要的一门核心课程。从课程建设的必要性、课程简介、课程目标、课程内容及与其他课程的联系等方面,详细介绍了食品原料的安全控制课程的建设。     

水产养殖专家系统的设计与实现

为了提高水产养殖现代化管理水平,实现水产养殖自动化管理和控制,采用可视化软件开发工具Visual C++,动态连接库、神经网络模型等技术,设计并实现了水产养殖专家系统。该系统包括水质环境监控、养殖生产管理、专家知识查询、经济分析、系统设置和在线帮助等模块。系统能自动进行养殖环境水质数据采集和数据记录,并根据不同的养殖对象、环境、方式和状况实时进行专业化智能数据分析处理,最后将处理结果及时输出作报警人工处理或全自动控制。     

南美白对虾池塘养殖水质智能控制系统设计与开发

南美白对虾池塘养殖对于水体质量有着较为严苛的要求,残饵及生物排泄物的增多会大量消耗水体溶解氧,进而打破水体动态平衡,导致NH3-N、NO2-N等毒害成分升高,引起南美白对虾病害甚至导致死亡,造成养殖户经济损失并且阻碍了南美白对虾养殖产业的健康发展。针对上述问题,笔者研究并开发一种能够实时监测养殖池塘水质,并能根据南美白对虾生长习性智能控制增氧机、水泵等养殖设备的南美白对虾池塘养殖水质智能控制系统。系统具有控制智能、运行可靠、集成度高等特点,在养殖生产试验中取得了良好效果,保证了南美白对虾养殖过程的安全,有效降低了南美白对虾池塘养殖风险。     

基于GIS的区域农业规划辅助决策系统开发

针对区域农业规划中存在的数据分散杂乱、定量和空间分析少等问题,引入GIS强大的数据管理和空间分析功能,构建统一有序的多源农业空间数据库,开发区域农业规划辅助决策系统,为规划编制提供计量分析、空间决策和辅助制图支撑,提升规划的规范性、科学性与精准性。     

Improvement Methods of Fuzzy Control with Intelligent Integration

Fuzzy controller can achieve satisfactory dynamic performance even for complicated process without mathematical model of the process.Its main imperfection is the existence of steady state error and ultimate oscillatory in the process output. This limits its application area. How to eliminate the steady state error while keep its good dynamic performance has been paid much attention. The strategy to introduce integral function to the conventional fuzzy control system is put forward in this paper to overcome the above problem. After expound two key factors on introducing integral action,an intelligent integral algorithm has been employed,and two methods on introduction of the intelligent integral to the fuzzy control system are proposed. Their characteristics and applied situations are summarized.     

Analysis on Correlated Problem with Control of Uncertainty System

The majority difficulty for uncertainty system control is that agreements haven't been arrived in concept of uncertainty information and its characteristics, uncertainty system and its properties. Therefore some control problems have discussed based on some confused concepts, and the result shows that the study on uncertainty system control hasn't made great progress yet. In addition, problems concerning uncertainty system control are very wide in the practical engineering. Aimed at above problems the concept of uncertainty information and its classification, basic properties of uncertainty system and desired control strategy based on own practical experience are studied. Finally, that intelligent control strategy is wise choice for uncertainty system control based on successful engineering application.