安阳供电公司信息管理探悉

信息化作为支撑企业发展的核心,如何围绕信息化管理提升信息化应用水平是企业管理和发展的目标。作者首先从安全、质量、流程三个方面剖析了信息化管理分类方式,进而通过拓展不同的运行管理方式,提出了基于安全、质量、流程的管理方法,清晰地描述信息管理的流程;其次,从信息安全的掌控尺度和质量管理执行力度方面综合研究信息管理的有效途径,提出了“三位一体”的概念和应用方法;最后总结了信息管理的研究内容及管理理论。     

实施知识管理打造知识型电器企业

本文解释了知识管理的概念、分析了知识管理对企业的作用和重要性,从知识管理的实施步骤和知识管理系统的模型,打造知识型电器企业,说明利用信息技术实现知识管理能使知识价值最大化,助力电企业稳步地向前发展。     

精益管理在机械维修班组文化建设中的作用

精益管理模型揭示的是精益生产的驱动力由改善和精益文化构成,它们往往是企业在推进精益时易忽略的无形内容。精益管理在机械维修班组文化体系的三个层面由外及内地介绍了企业在推行精益时需要完善的文化内涵,它更加具体地为企业进行文化适应做出指导。     

安阳供电公司信息管理探悉

信息化作为支撑企业发展的核心,如何围绕信息化管理提升信息化应用水平是企业管理和发展的目标.作者首先从安全、质量、流程三个方面剖析了信息化管理分类方式,进而通过拓展不同的运行管理方式,提出了基于安全、质量、流程的管理方法,清晰地描述信息管理的流程;其次,从信息安全的掌控尺度和质量管理执行力度方面综合研究信息管理的有效途径,提出了"三位一体"的概念和应用方法;最后总结了信息管理的研究内容及管理理论.     

IT基础架构管理模型的设计与实现

为规范管理信息部门日常工作,明确企业基础设施组成情况,确保为企业的业务运作提供更好的支持,构建了IT基础架构管理(ITIM)模型。为IT基础架构管理划分了3个逻辑层次,阐述了层次划分的理由以及层次间的关系,并且提出了在IT基础架构管理中包含的支撑和依赖关系模型。通过设计IT基础架构管理模型,可有效管理IT部门的基础设施,提高企业IT系统的稳定性和可靠性。     

树立质量管理意识加强质量管理

从质量管理发展的过程看，质量管理大致经历了三个阶段，即质量检验阶段，这个阶段的特点是强调事后的终端把关。第二阶段是统计质量管理阶段，这一阶段的特点是事前管理，把事后把关变为事前的积极预防，广泛深入地用了统计的思考方法和统计检查方法。第三个阶段发展为全面的质量管理阶段。这个阶段是从二十世纪六十年代开始的，其特点是企业全体职工及有关部门同心协力，综合适用管理技术、专业技术和科学方法。经济地开发、     

分布式云存储的电力安全工器具管理研究

供电企业创新型提高安全管理水平是供电企业发展的必然举措.注重电力安全工器具仓储过程管理已成为供电企业实现管理信息化、精益化的新趋势.研究了基于分布式云存储模型的电力安全工器具管理方法,通过使用智能化信息技术,构建了一种有效的电力安全工器具调度管理模型,实现了基于云模型的智能电力安全工器具的管理.     

抓好“三个对标” 推进党建工作

在企业管理中推行以"标杆管理"为理念的创一流同业对标工作,为企业注入了新的管理理念和创新动力,促进了企业发展。在党建工作中借鉴和引入"标杆管理"这一企业管理的先进理念和方法,促进党建工作和企业管理等工作的协调发展,要注重抓好"三个对标",在协调一致、稳步推进上下功夫。     

电力企业战略绩效管理体系设计研究

在电力企业运行机制转变,而原有的绩效管理基础又相对比较薄弱的基础上,本文试图在原有的通用绩效管理模型的基础上,建立一套实用的有效的企业战略绩效管理框架模型。目标管理法、BSC法(平衡记分卡)和流程再造都是近年来流行于世界先进企业的管理方法,而对于它们结合应用的理论与实证研究相对较少。笔者根据在电力企业的认识,设计了三种方法结合使用的战略绩效管理模型。     

建立系统的人力资源预测与甄选体系 提高专业化人力资源管理水平

中国电力工程顾问集团西北电力设计院在企业人力资源管理实践中,以企业发展战略为指导,运用人力资源管理的模型理论,建立了系统的人力资源预测与甄选体系。通过企业人力资源规划与管理的专业化,建立企业系统化的人才识别、选取、发掘体制,造就符合企业要求、具备潜在发展能力、具有团队合作精神、追求高品质工作质量、注重持续改进的企业员工队伍。     

电力行业工程公司有关价值链的分析

CPCEC 所处的是电力勘测设计行业、电力工程咨询业, 其内在规律之一是价值链, 即: 工程价值链、行业价值链、企业价值链、客户价值链。文章通过对有关价值链的分析指出, CPCEC 的发展定位是工程公司, 重点发展业务领域是工程总承包、工程项目管理。CPCEC 要在价值链上精耕细作, 不断发掘和提升客户价值, 鼓励员工争当“值得信赖的工程专家”, 实现企业又好又快发展。     

Thermodynamic models of extreme intermediate states and their applications in power engineering

Thermodynamic models of extreme intermediate states intended primarily for solving scientific and technical problems of power engineering are described. Examples illustrating the potential possibilities of using these models in developments and investigations of power engineering technologies are given.     

Best of both worlds [formal and semi-formal software engineering]

The objective of software engineering is modeling software systems to support effective system synthesis and analysis. The traditional approach is using semi-formal models and accompanying design methodologies. Formal models represent an alternative to semi-formal models supporting precise representation and proof capabilities. These two approaches are complimentary, not competitive. Formal methods have had difficulty finding their way into the software engineering lifecycle. Although excellent CASE tools exist to support semi-formal methods, tools for formal methods support have yet to emerge. Although model checkers, proof tools and the like exist for formal models, they provide little support for the software lifecycle. Traditional CASE environments provide little or no support for formal models. In addition, formal methods and the mathematics necessary to support them have not found their way into standard software engineering curriculum. Thus, formal methods practitioners have found it difficult to present their work in some industrial settings. Using formal and semi-formal methods together should satisfy both the need to predict behavior and have understandable system representations. Although this article presents only structured analysis, formal methods can contribute to virtually any semi-formal software engineering methodology in the same manner     

Research on learning style: applications in the physics andengineering classrooms

Several approaches to teaching undergraduate physics and engineering students using both the Dunn and Dunn and the Kolb learning style models are discussed. The Dunn and Dunn learning style model is employed with nonmajors enrolled in introductory physics at American University and the Kolb learning style model is employed with freshman engineering students at Purdue University. The basic elements of these two learning style models are compared and contrasted. Teaching approaches that have been successful with these two distinctly different populations of students are shared. These approaches can easily be adapted for use by educators in other branches of computing as well as science, mathematics, engineering and technology education     

工业系统流程模拟利器——ASPENPLUS

流程模拟软件的功效在于依托精确的模型、科学的计算方法对单元和系统进行计算和高效的优化设计。在已经开发成功的模拟软件中,ASPEN PLUS是比较先进的,在大型化工和热工系统模拟中更展现了它的优势。概括介绍了这款软件的功能和使用方法。     

智能工程及其在电力发展战略研究中的应用

提出了智能工程的基本概念一将人工智能、神经网络及模糊系统３种方法结合起来,求解问题时可共享其优点,避免其不足。研究了智能工程的基本理论－智能空间及相关定理,建立了智能空间的理论框架,并以此为基础,研究了电力发展战略问题的求解思路及方法,使其既可以简化求解过程,又能保证发展战略的可行性。     

The Roles of Expert Systems and Biomechanical Models in Eye Muscle Surgery

Misalignment of the eyes (strabismus) is commonly treated by surgical manipulation of the extraocular muscles. The high failure rate of such surgery has led to the application of engineering methods in diagnosis and surgical planning. Computer models of orbital statics can now aid in diagnosis, and can help predict the outcome of surgery. Methods have been developed to collect biophysical data to customize the models for particular patients. Such biomechanical models will become increasingly important in clinical practice. Nevertheless, the heuristics employed by expert strabismus surgeons will not soon be reduced to algorithms Knowledge engineering methods are needed to explicate and disseminate the reasoning of experts in their own terms. Such an expert system could make use of a biomechanical model to explore hypotheses, much as human experts do now. Such a hybrid system might effectively advise surgeons on how to treat individual cases.     

Solid Edge在工程制图学习中的应用

为了提高学生的制图水平、提高读图能力,在工程制图的学习过程中引入三维建模技术,使学生能够形象地观察三维实体,帮助想象,从而很容易地学好工程制图。     

Electrical Engineering Education in 1975

Out of the needs of man brought about by automation, the population explosion, the expansion of human expectations, continued peace in the world, and scientific discovery are derived the influences on engineering practice and electrical engineering education for the next decade. Scientific discovery and the provision of quantitative models for environmental systems will have a profound effect on the profession. In engineering education, research in pedagogy, especially in terms of the expanded use of audio-visual methods and computer-aided instruction, will alter the teaching of engineering as it is known today.     

Linear programming applications to power system economics, planningand operations

The authors discuss power system engineering applications of linear programming and indicate the potential for its future use. Applications are outlined in three areas: generation scheduling, loss minimization through allocation of reactive power supply, and planning of capital investments in generation equipment. It is recommended that power system planning models should incorporate financial flows with the linear programming approach to capital budgeting originally formulated in 1963 by H.M. Weingartner. The need for such an approach is illustrated with examples of how capital market conditions can upset the type of engineering economic decision making currently used in planning models. The Lagrangian relaxation method, which can extend computational feasibility for linear and integer programming, is also described