高校招生改革的理性思考

高校招生改革是高校各项工作的首要内容，要把高校招生作为扩大内需，刺激经济增长的重要举措。扩招与择校是对传统招生制度的重要改革，但也存在一些政策、措施方面的问题。这就要求招生部门、教育部门和政策专家必须找到一个结合点，这个结合点就是不可违逆的传统和现代性的和谐结合，或曰国家计划和市场经济的和谐结合。     

系统思维与现代管理

社会化程度越来越高的现代社会,各种社会关系尤其是利益关系也越来越紧密和不可分割的联系在一起。因此,实现社会的平稳和有序的发展,尤其是社会的科学发展和可持续发展,离开了现代意义上的科学管理是难以想象的。而科学管理理念的形成与实施,则离不开系统思维的基础性支撑与规范。所以,真正的现代科学管理是系统思维精神实质的真实展现。     

试论科学发展观的系统思维特征

文章首先对系统思维与科学发展观作了简要的概述;然后从科学发展观的理论体系层面、科学发展观的具体内容、科学发展观的实践层面等三方面着重论述了科学发展观具有系统思维的典型特征,文章最后指出,现代化首先需要价值观念与思维方式的现代化,我们必须树立系统思维方式,运用系统科学原理来贯彻落实科学发展观。     

在成都建设西部物流中心的系统思考

本文在分析了成都发展物流业、构建西部物流中心所具有的优势和不足的基础上,从系统科学的角度,对在成都建设西部物流中心给出对策建议：首先要优化系统的组织结构,要建设健全物流基础设施,培育现代物流企业,对于系统内部要进行调整和改进,尤其在建设物流交通网络时,要考虑不同交通网络的拓扑结构上不同性质;其次西部物流中心是一个动态演化的系统,在建设初期要合理规划,不能一步到位,要留有合理的发展空间;最后从系统和环境的相互作用角度,提出要建立一个有利于系统发展的环境。     

一个视景仿真平台的设计与开发

从功能定位入手,介绍了使用Visual C++基于DirectX SDK设计并实现一个视景仿真软件平台的思路和方法。该平台采用了基于共用内核的双平台总体架构,建立了可重用的框架和二次开发机制,采用功能实体-集合管理-用户界面三层设计模式,提高了代码重用度,在降低问题复杂度的同时提高了开发效率。该视景仿真平台建立了可扩展的可视对象管理机制、实现了中小规模场景的显示优化和高效地形匹配计算、实现了基于粒子系统的烟云、雨雪、爆炸、燃烧等特殊效果的逼真显示以及对于关键帧动画的支持。最后介绍了应用案例。     

The Grid Algorithm of the Development Coefficient and the Combination Coefficient of Background Value in GM（1,1） Model

This article gives the algorithm of the sector in which the development coefficient is, and the steps to simultaneously calculate the development coefficient and combination coefficient of background value. Unifying the development coefficient and the background value＇s coefficient of combination to optimize the model together, avoiding the malpractice to separate the two in traditional method, and avoiding the error brought out by matrix multiplication because of matrix＇s illness and so on in the traditional way, therefore increases the precision of the model.     

作战武器任务规划仿真系统原型的开发

针对复杂虚拟战场环境下的联合作战仿真,设计出了一套仿真方案。利用建模软件Maya、人机交互仿真软件Virtools及程序开发语言C#,开发出了该方案的一个原型。原型采用了根据模型精细度建模、模块化程序设计等优化设计方法。程序运行结果表明,该原型具有模型文件量小、仿真视觉效果佳、程序运行流畅及程序可修改性、可重用性较好等特点,其针对武器装备的作战规划仿真结果为联合作战环境下武器装备的效能评估提供了依据。

Abstract：

A simulation scheme was designed aiming at joint operations simulation in the comprehensive virtual combat environment which developed the prototype of this scheme, with modeling software Maya, human-computer interaction designing software Virtools, program developing language C#. The prototype applied optimum design methods like modeling according to models＇ fineness, modular program designing and so on. Based on the program running results, the prototype possessed such good features as lightweight modeling, good visual effects, fluent program operation, better modifying and reusing properties, etc. The simulation results for weapon equipment mission planning provide reference to weapon equipment effectiveness evaluation in the joint operational environment.     

基于主模型CAD/CAE集成的卷绕锭轴结构参数优化

高速卷绕头是化纤长丝纺丝机的重要单元机,国内之前研究相对较少。采用虚拟产品开发技术进行高速卷绕头新产品开发的技术创新,提高卷绕头产品开发效率。与同类研究类似,在高速卷绕头产品的虚拟开发过程中,集成CAD/CAE系统存在若干技术瓶颈。基于CAD/CAE系统集成方法的对比分析,建立了主模型CAD/CAE集成框架,并在该框架下进行了高速卷绕头锭轴结构参数优化设计,其优化设计的动力性能分析结果验证了基于主模型CAD/CAE集成框架进行高速卷绕锭轴部件虚拟开发的有效性。

Abstract：

Researches based on the high speed winder, which is a key unit machine for filaments treatment, are relatively rare in China. The techniques of virtual product development （VPD） were applied to improve the new product development of the high speed winder, which would raise the product development efficiency of the high speed winder. Similarly to the research of this kind, in the procedure of developing the virtual product for the high speed winder, there were several key technical problems in the CAD/CAE integrated system. The contrast analysis of the CAD/CAE integrated methods was given; furthermore, the CAD/CAE integrated framework based on master model was built, in which the structural parameters of the high-speed winder chuck was optimized for design. The dynamic characteristics analysis for the optimization design was done; consequently, the result indicates that in the CAD/CAE integrated framework based on master model, the structural parameter optimization of high-speed winder chuck is available.     

A Modeling and Decision Making Based on Evolution

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Optimizing Concurrent Product Development Process Using Genetic Algorithm

0　IntroductionTimesaving,timetomarketandcycletimereductionarethenewgoalsandaimsforenterprisesinordertosuccessfullycompeteintothemodernglobalmarket[1].Thereisnodoubtthatconcurrentconsiderationofproductandprocessdesignimprovesproductqualityandreducesthere-designwork,whichleadstoshorterproductlead-time.Buttheconcurrentdevelopmentfashionbringsaboutmoreobstaclessuchascomplextimeorder,informationandresourceconstrainednatureofrelationshipsbetweenactivitiestothedesignprocess,whichleadtothefactthatiti…