ERP系统在人力资源管理中的应用探究

信息化时代要求企业人力资源管理也实现信息化。笔者结合ERP系统的优势,运用XML技术,开发出一种新型人力资源管理系统,在实际应用中也取得良好效果。本文首先介绍ERP发展历程和工作原理,然后对XML技术结合ERP系统开发出的人力资源管理系统进行简要介绍,并分析其在人力资源管理中的应用,希望能提高人力资源管理的信息化水平。     

ERP系统在人力资源管理中的应用探究

信息化时代要求企业人力资源管理也实现信息化。笔者结合ERP系统的优势,运用XML技术,开发出一种新型人力资源管理系统,在实际应用中也取得良好效果。本文首先介绍ERP发展历程和工作原理,然后对XML技术结合ERP系统开发出的人力资源管理系统进行简要介绍,并分析其在人力资源管理中的应用,希望能提高人力资源管理的信息化水平。     

Web挖掘技术及在电商ERP中的应用

数据丰富而知识贫乏导致了知识发现和数据挖掘领域的出现,基于Web的数据挖掘,是从Web海量的数据中自动、智能地抽取隐藏于这些数据中的知识。文章主要介绍了Web挖掘的概念和技术,最后阐述了Web挖掘在电子商务ERP中的应用。     

基于SAPR-3的ERP技术研究与应用

本文主要对于ERP技术进行深入的分析与探讨,并详细的叙述了ERP技术在我国企业中的具体应用,同时还分析了当前在财务领域方面的应用现状,希望可以提高我国的企业管理水平,使得企业实现更好的发展。     

基于ERP的数据挖掘系统设计

目前ERP（Enterprise Resource Planning）研究的热点就是挖掘ERP大量数据中蕴涵的知识。为解决这一问题,近年来,提出了数据挖掘（Data Mining）和知识发现（KDD）技术,本文介绍了数据挖掘系统基于ERP的设计。     

石化企业ERP与MES系统集成的研究与实现解析

信息化是企业现代化的重要标志之一。自上世纪末至今,石油炼化企业不断推进自身信息化发展,进展迅速。而ERP与MES系统作为信息管理技术的重要组成,已被广大企业应用在内部管理中。两者间高效、稳定、可靠集成对优化企业资源、优化生产流程,提高企业市场竞争力,控制企业成本,实现高效管理有着重要作用。本文对ERP与MES系统集成进行了简要说明,并对ERP与MES系统集成的实现流程进行简要的分析。     

构件技术在ERP系统中的应用

构件技术作为一种软件复用技术,具有良好的封装性、可移植性和适应性。文介绍了基于构件的软件开发技术,对企业ERP系统通用功能进行分析和提炼,主要研究构件技术在ERP系统架构中的应用,并给出了ERP系统应用服务器端的架构模型。     

数据库访问代理在ERP开发中的研究及应用

信息时代的来临已经改变了人类在生产与生活中的主要方式,特别是企业的发展和建设实现了较快进步。为了促进现企业在技术应用上的应用方式,文章利用ERP实现了数据库访问代理的开发和应用,将计算机技术与企业现代化的管理技术进行融合,从而保证了企业在市场变化下的效率提升。     

现代制造业基于PDM的参数化管理系统搭建

通过对PDM/CAPP与ERP在业务流程处理、产品数据和BOM管理等功能的比较,以及二者在捕获产品定义数据、系统用户化、共享数据访问、产品结构和产品定义数据、控制更改管理、产品配置管理等应用上的对比,分析了实现PDM、CAPP与ERP集成的模式。文中对PDM系统、3C系统与ERP系统之间信息集成内容和集成模式加以分析,提出基于统一BOM的PDM与ERP信息集成方法,并通过实例开发实现了PDM系统中的EBOM向ERP系统中MBDM的转化,牢固控制了产品数据的源头,实现了基于产品结构数据的参数化管理的架构。     

打造ERP统一平台,推进企业深度融合和科学发展

对ERP(Eenterprise Rersource Planning)系统进行了研究,分析IT技术、企业管理思路、理论发展等多方面因素对ERP的影响,阐述ERP在企业的应用背景、过程及重要意义。     

Progress in electrophotography in Western Europe

A review is given of the progress in electrophotographic science and technology in Western Europe during the years 1967 to early 1971. University research work is mainly directed towards two areas: 1) the electrical and physical properties of photoconductors, such as selenium, chalcogenides, oxides, and organic materials; and 2) the sensitization of these photoconductors. Industrial research teams report on the preparation of electrophotographic layers on development and on image evaluation. A bibliography including scientific papers and patents published on this subject during said period completes this review.     

智能通信在楼宇自控系统中的应用

随着计算机技术、控制技术、通信技术及信息技术的飞速发展,人们对生活、办公环境安全性、舒适性的要求日渐增长,智能建筑应运而生。楼宇自动化控制系统是智能建筑的一个重要组成部分。通过结合具体的智能楼宇控制工程项目,在介绍系统概况的基础上,给出了系统的总体设计方案及子系统的监控方案,具有一定的实用价值。     

Advances in millimeter-wave subsystems in Japan

The authors describe the development trends and results of millimeter-wave systems in Japan in such fields as communication, radar, and measurement systems. The applications included are the W-40G waveguide transmission communication system, an automobile traffic control system using the 60-GHz band, a collision avoidance radar system for an automobile, a plasma electron density measuring system, and satellite communication. The authors describe the development of devices such as high-power FET amplifiers, traveling wave tube amplifiers (TWTAs), IMPATT amplifiers, low-noise amplifiers, and monolithic microwave integrated circuit (MMIC) devices used in constructing the millimeter-wave systems     

General Trend in Electrical Communications in Japan

Systems are currently being designed for higher reliability and greater economy. Larger transmission capacity is required to meet a rapid increase in recent communication demands instigated by the introduction of video and information communications facilities. More flexibility, to deal with the variety of communication modes to come, and smaller hardware dimensions, to overcome situations caused by the high population density, seem to be particularly sought in the communication technology of Japan. Research and development concentrate on these objectives. The following is an explanation of the present state of the art and general trends in this country.     

Progress in display-device development in Western Europe

A review of the basic research and industrial development of display devices in Western Europe during the years 1968 to early 1973 will be given. The display types considered are: 1) active displays such as cathode ray tubes, light-emitting diodes, electroluminescence cells, and gas discharge devices, and 2) passive displays such as laser displays, light valves, and ferroelectric and liquid-crystal devices.     

Designing in reliability in advanced CMOS technologies

Assessment of design implications due to degradation of CMOS devices is increasingly required in the latest technologies. This paper presents selected topics relevant to realize an efficient design-in reliability methodology in the latest generation CMOS technologies. NBTI is discussed in terms of characterization using On-The-Fly (OTF) methodology. Extension of OTF method is discussed using bias patterns to gain insights into NBTI under analog operation. A reliability simulation methodology is discussed against requirements for optimization and integration within an existing design flow. The features of this methodology are illustrated using some simple design examples.     

Switching conduction in ion-irradiated layers in GaAs

Experiments have been performed to investigate whether switching phenomena are observable in ion-irradiated GaAs. It is found that the V/I characteristics of H2+-and N+-irradiated layers show both negative resistance and switching from a high resistance to a low resistance state. Ion irradiation may thus be a useful method of fabricating switching devices.     

Electricity in China-generation in the People's Republic

Before the establishment of the People's Republic, China was a semi-colonial, semi-feudal society plagued by foreign interventions and internal power struggles. It was against this background that the electrical industry went through its infancy. Today, the People's Republic of China is facing an acute energy shortage, posing a problem which must be quickly overcome if the country's rapid industrialisation is to continue as planned. The author presents a brief history of power generation in China from 1949 to 1983 and examines possibilities for the future