首钢ERP实施成功因素的实证分析

企业资源计划(ERP)作为因特网环境下管理集成、资源集成的信息系统,其实施是一项高风险和高成本的工作.企业资源计划(ERP)在国内企业信息化建设工作中举足轻重,对钢铁企业ERP实施及其成功因素进行实证分析,具有非常重要的现实意义和应用价值.给出的ERP实施的理论分析框架,研究了首钢ERP实施的成功经验及其上线压力测试情况,在此基础上给出了钢铁企业ERP实施的成功因素模型.     

企业资源计划系统的应用

介绍了企业资源计划系统(ERP-Enterprise Resource Planning)的功能、特点、管理思想及应用阶段,说明了企业实施ERP系统存在的风险,最后分析了ERP系统成功的标志。为企业成功实施ERP项目提供了很好的借鉴。     

金属矿山企业资源计划系统构建模式研究

文章以金属矿山企业资源计划构建,提高金属矿山企业竞争力研究为目的。分析了金属矿山企业ERP系统建设的理论基础和金属矿山企业应用ERP的特殊性。采用企业资源计划系统必要条件、系统模型架构以及矿业企业信息集成方案,在此基础上对金属矿山企业ERP系统的实施进行全面构建体系研究。提出了金属矿山企业ERP的应用实施模式。     

浅谈企业成功实施企业资源计划的关键因素

以某公司实施企业资源计划（ERP）过程为例，论述了企业实施ERP应该注意的几个方面，为企业成功实施ERP系统提供借鉴。     

企业ERP实施关键成功因素的实证分析

针对物流企业的特点,基于风险管理的角度建立了ERP项目实施成功的关键因素模型,分别为人员、系统、转变、组织管理、实施等五类风险因素。在建立模型之后,提出假设,并通过对北京地区物流企业ERP供应商和相关企业进行了调查问卷的实证分析,运用多元回归等统计方法对原始数据进行了归纳分析,分析结果表明,研究提出的物流企业ERP项目实施五类关键成功风险因素均与ERP实施成功具有正相关关系,其中最为关键的因素是人员风险因素和实施风险因素。     

邢机的企业资源计划管理系统建设

介绍了邢机自主开发、实施和应用的企业资源计划(ERP)信息化建设的目标、规模及实施方法,分析了ERP系统的功能,ERP的应用提高了邢机的整体管理水平和市场竞争力.     

PDM与EPR、CAPP系统集成的接口设计

PDM(产品数据管理)、ERP(企业资源计划)与CAPP(计算机辅助工艺设计)是制造企业增强其竞争力的的最主要技术支撑,三个系统之间的集成是目前制造企业迫切需要解决的问题.文章通过研究分析认为,设计合适的接口程序能很好地解决PDM与ERP、CAPP之间的集成问题.     

以关键成功因素为基础探讨企业导入ERP系统之实务(续)

企业资源规划（ERP）导入的管理，关系ERP系统的成功与否，本研究即以ERP系统导入过程为探讨主题，找出ERP导入过程的关键成功因素，以了解在关键成功因素上实务面的具体做法。此外，在ERP的导入过程中，使用企业、软件供货商与顾问三者皆为重要角色。本文通过对中国铝业山东分公司个案研究发现，“高阶管理者的支持”及“项目用人”是最重要的关键成功因素，次重要的因素有“使用者的接受”、“企业流程与软件设定”和“监督与回馈”。     

以关键成功因素为基础探讨企业导入ERP系统之实务

企业资源规划（ERP）导入的管理，关系ERP系统的成功与否，本研究即以ERP系统导入过程为探讨主题，找出ERP导入过程的关键成功因素，以了解在关键成功因素上实务面的具体做法。此外，在ERP的导入过程中，使用企业、软件供货商与顾问三者皆为重要角色。本文通过对中国铝业山东分公司个案研究发现，“高阶管理者的支持”及“项目用人”是最重要的关键成功因素，次重要的因素有“使用者的接受”、“企业流程与软件设定”和“监督与回馈”。     

有色金属企业实施ERP项目的投资风险分析

介绍了企业实施企业ERP的现状,分析了有色企业实施ERP项目投资不确定性风险,剖析了有色企业在实施ERP过程中所面临的各种不确定性投资风险因素,并就如何在有色企业健康安全实施ERP提出了有效的风险防范和控制措施,为企业成功实施ERP项目提供参考.     

Developing ERP Systems Success Model for the Construction Industry

Recently, a significant number of major construction companies embarked on the implementation of integrated information technology solutions such as enterprise resource planning (ERP) systems to better integrate various business functions. However, these integrated systems in the construction sector present a set of unique challenges, different from those in the manufacturing or other service sectors. There have been many cases of failure in implementing ERP systems in the past, so it is critical to identify and understand the factors that largely determine the success or failure of ERP implementation in the construction industry. This paper presents the process of developing an ERP systems success model to guide a successful ERP implementation project and to identify success factors for ERP systems implementation. The paper identifies factors associated with the success and failure of ERP systems, and develops a success model to analyze the relationships between key factors and the success of such systems. The proposed ERP systems success model adapts the technology acceptance model and DeLone and McLean’s information systems success model and integrates those with key project management principles. The goal of the ERP systems success model is to better evaluate, plan, and implement ERP projects and help senior managers make better decisions when considering ERP systems in their organization.     

Analyzing Enterprise Resource Planning System Implementation Success Factors in the Engineering–Construction Industry

Enterprise resource planning (ERP) systems offer many benefits to the engineering–construction industry. Many construction firms recognize the benefits of ERP system implementation; however, they still hesitate to adopt these systems due to high cost, uncertainties, and risks. This study identifies and analyzes critical factors that need to be considered to ensure successful ERP system implementation in the construction industry. First, this paper identifies the factors associated with the success and failure of ERP systems, and provides indicators to evaluate the success of such systems. Then, the paper develops an information system success model to analyze the relationships between factors and success indicators. Finally, the paper provides recommendations for successful ERP systems based on the analysis. The derived success factors should help senior managers in construction firms make better decisions and improve their business value by implementing the most effective EPR systems.     

珠钢ERP系统的设计与实施

珠钢ERP系统的实施分三期进行，一期实现了物流、资金流和信息流三流合一；二期实现了产销一体化，本文就珠钢ERP实施的总体思路、方法步骤、应用效果做了详尽的描述，并对成功的原因做了深入分析．     

ERP系统在铜加工企业中的应用与实践

基于ERP系统对传统加工企业的信息化建设的推动作用,介绍某铜加工企业ERP系统建设与实践,对国内铜加工企业实施ERP项目提出了一点思路。     

ERP在钢铁企业中的应用

在钢铁企业面临的市场竞争日益加剧的环境下，钢铁企业信息传递的速度及信息的完整性就显的日益重要。而ERP、MES正是企业信息化建设的核心内容。简明介绍了钢铁企业中冷轧ERP、MES的开发背景、设计思想、实施情况、结构框架和主要功能，以及在冷轧厂的实际应用效果，并结合实际情况提出制造管理系统进一步改进和完善的方向。     

Enterprise Resource Planning for Construction Business Management

Enterprise resource planning (ERP) was originated in the manufacturing industry. It provides a general working environment for an enterprise to integrate its major business management functions with one single common database so that information can be shared and efficient communications can be achieved between management functions. This paper first briefs the ERP technology, its origin, and its current development in general. Based on the needs of running a construction enterprise, ERP shows its potential for the construction industry. However, the unique nature of the industry prevents a direct implementation of existing ERP systems, which are primarily developed for the manufacturing industry. This paper underlines the importance of the establishment of the basic theory for developing construction enterprise resource planning systems (CERP). A CERP must address the nature of the general industry practice. Fundamental features are identified and discussed in the paper. A three-tiered client/server architecture is proposed, with discussions on the functions and major components of each tier. Needed research issues are discussed, including CERP architectures, project management functions, advanced planning techniques, standardization of management functions, and modeling human intelligence. Construction management examples are incorporated into the discussions.