浅谈知识型员工流动管理

知识型员工作为企业的优质人力资源,是企业价值的重要创造要素.在当今竞争日益激烈的知识经济时代,科学技术飞速发展,社会对知识型员工的需求有增无减.随着网络技术和传播媒体的迅速普及,知识性员工流动也日益加剧,如何有效的对企业的知识性员工流动进行管理,决定了企业今后的生存和发展.本文从分析知识性员工的流动原因和影响的基础上,提出对知识性员工管理的有效建议.     

科技型企业知识型员工激励管理的探讨

本文在分析知识型员工个性特点的基础上,提出了知识型员工激励管理的现状及挑战,以人性化管理和科学的控制相结合的角度,实现对知识型员工的激励管理,进而为科技型企业在市场竞争中得到发展和壮大提供可靠的保证。     

医院知识型员工的激励

医院是知识型员工密集的组织,本文在分析知识型员工特点的基础上,提出了医院知识型员工激励的方法和策略.     

谈企业知识型员工的激励机制

人力资源是现代企业的战略性资源,也是企业发展至关重要的因素,由于知识型员工有着不同于普通员工的特征,对他们的激励策略设计必须建立在对其需求要素的把握之上,在薪酬、自主性等方面给予有效的激励策略.     

浅谈企业知识型员工的柔性化激励

知识经济的崛起,企业之间的竞争,使得知识的载体-知识型员工已成为企业生存和发展不可或缺的关键要素.本文从知识型员工的特点和激励因素出发,探索建立柔性化激励机制,以满足知识型员工的高层次需求,实现企业与知识型员工价值增值的双赢目标.     

物流企业中知识型员工的激励探析

物流在国民经济中起到桥梁的作用,知识型员工又在物流企业中起到支撑作用,是企业的宝贵财富,物流企业中的知识型员工除了具有知识型员工的共性外,又有其独特的特点.如何激励物流企业中的知识型员工,关系到物流企业的生存和发展.     

论企业知识型员工流失原因与对策

知识型员工作为掌握科学技术知识的稀缺资源,已日益成为各企业争夺的对象。对企业而言,如果知识型员工的流失率超过行业正常的流动水平,则不仅意味着人才的流失和智力资本的贬值,而且还伴随着技术和商业机密的外泄,给企业带来的负面影响将是巨大的,甚至是致命的。正因如此,面对知识型员工流失,企业应未雨绸缪,事先制定针对性的s,以便最大限度的保留企业发展所需的人才。     

浅谈如何激励知识型员工的发展

在知识经济时代,知识成为经济发展、企业生产经营的主要资本,而知识型员工拥有的人力资本是企业价值增值的重要源泉.激励是研究如何真正调动其员工的内在积极性,是企业管理中的重要组成部分.本文对知识经济时代的特点和知识型员工的特点进行了分析,从企业知识型员工的特殊性出发,对知识型员工的激励提出了基本要求.     

国企知识型员工的薪酬体系设计探讨

提出了满足知识型员工的发展需求的薪酬对策,是采用全面薪酬体系设计的一次探讨。     

企业要走“知识型经济”之路

当人类社会即将步入21世纪之际,知识经济的浪潮已扑面而来,以知识基础、直接依赖于知识、信息的生产和应用的知识经济,将在21世纪世界经济中占主导地位。我们要抓住知识经济的机遇,迎接知识经济的挑战。要迎接挑战,抓住机遇,就必须在科技创新、知识创新上下功夫,跟上时代的步伐。为此,要从实际情况出发,总结我公司以往生产、经营等工作经验,增强知识经济观点,采取切实措施,在思想上和组织上、知识和人才上做好充分准备,迎接知识经济的到来。     

知识经济和信息意识

论述了信息意识与知识经济和知识经济环境中人类自身发展的关系,提出要提高信息意识,就要大力开展信息教育。     

统计在企业管理中的作用

本文介绍统计在企业管理中的作用。通过企业由传统的计划经济向市场经济转换的过程中,统计作为企业管理的重要组成部分,应如何适应以及提高统计质量,为企业决策管理者制定决策,确定企业的发展方向提供有利的依据。     

企业内部的管理定律

针对企业内部管理的优化,提出了其重要的五则定律,即钢要定律、经度定律、纬度定律、单元定律、整体功能定律,作为企业内部的管理的主题,以与同仁商榷。     

世界铜矿山信息系统开发研究

知识经济时代的到来,信息在 社会生活中的地位变得越 来越重要。能够全面迅速地获得必须的信息,对企业的生产、经营、决定 有着至关重要的 作用。本文较系统的介绍了世界铜矿山技术与经济信息系统的开发情况及其功能。该系统的开发使企业能够比较及时详尽的了解国内外同类矿山的情况,对企业的生产经营起着一定的指导作用。     

浅谈黄金行业企业制度对经济管理的作用

从黄金行业企业制度与经济管理现状,分析了制度管理对经济管理的作用,旨在提高认识,帮助黄金企业建立现代企业,促进经济发展。     

What Information Can or Cannot Be Exchanged?

What information can or cannot be exchanged between different systems? Since the dawn of the computer-aided design and engineering era, interoperability has been an issue. The exchangeable set of information between different systems has been loosely defined as the intersection of information. Yet, as information flow has directionality, a general definition of “intersection” is inadequate to define an exchangeable set of information. This paper proposes a new directive set operation, semantic intersection, and discusses which information can or cannot be exchanged between different systems using the concept of semantic intersection. This opens up the possibility of predetermining or calculating the exchangeable set of information between two or more systems or the possibility of automated generation of a standard product model between different systems. This paper focuses on data exchange between systems, but the proposed theory is also applicable to data exchange between human beings.     

试论科学管理在黄金企业发展中的作用

结合金洲矿业集团的发展，阐述了建立创新机制与增强企业适应力的关系，创新管理机制与增强企业发展力的关系，创新用人机制与增强企业竞争力的关系；论述了科学管理在黄金矿山企业发展中的作用，值得借鉴。     

Knowledge Mining of Information Sources for Research in Construction Management

Extracting the right information at the right time is vital in any research project. Moreover, researchers generally seek innovative “knowledge mining” techniques for optimizing their research efforts within constrained time frames and with scarce resources. Meanwhile, rapid developments in the fields of computing and information technology drive the accelerated globalization process in both industry and academia. This paper explores some of the emerging technologies and associated research methodologies from an information supply chain perspective. An application in a recent Internet based two-phase questionnaire survey for design/build contractor selection provides a useful case study in the structuring of an innovative knowledge mining strategy. This experience feeds into the formulation of a “high-velocity” knowledge mining framework and a set of guidelines—to facilitate and enhance such innovative construction management research, while dealing with some initial issues/problems in the Internet based research environment. Furthermore, some critical success factors, key performance indicators, and mining strategies are consolidated for marshalling both vivid and tacit knowledge sources, such as by “exploiting” Internet resources for more creative and efficient construction management research.     

Engineering Information Service Infrastructure for Ubiquitous Computing

This paper describes a software framework for the development of a ubiquitous computing environment for distributed engineering information services. Two fundamental issues are addressed: universal accessibility of devices to information services, and collaboration among the parties accessing the information services. The first calls for the development of device-independent information services that have the flexibility to support a wide range of client devices. We introduce a mediation-based framework that enables information clients to calibrate the source information services to the clients’ characteristics. The second requires effective integration of information services, which we address in two ways: (1) we sketch an ontology standard and describe how such a standard can be effectively applied for exchanging project scheduling and resource information; and (2) we illustrate an infrastructure that is particularly suitable for the integration of engineering services. A prototype for the ubiquitous computing environment has been developed that incorporates a variety of project management software as well as different devices ranging from PDAs to Web browsers, desktop computers, and servers.     

3D Scan Information Management System for Construction Management

This paper presents an internet-based three-dimensional (3D) scan information management system (3DSIMS) that can be used as an interface to input, display, and inspect design as-built construction information. This system is mainly developed using 3D scan data. The function of the 3DSIMS is to integrate the scan data collected before, during, and after a scan scheme that is designed to capture as-built 3D records. The information included in this system consists of a scan scheme, scanned point clouds, construction records, and postscan processed clouds for the display, search, and comparison of scans made each week during the construction of a campus building. This study represents a long-term effort that has rarely been done before. A web page is used to deliver and share scan information. The feasibility of this approach is explained by the examples of dimension-related checks through as-built data.