试论现代化大生产中中小PCB企业的管理

文中根据小印制电路板企业如何去适应竞争日益激烈的市场环境,做一简单探讨,笔者主要根据工作经验并结合实际发表个人的见解。     

中小型PCB企业如何实施ERP

近两年来随着重金属、原辅材料、甚至水、电等纷纷涨价，PCB行业再次进入更加微利润率的竞争阶段：从90年代初的“暴利”，到2001年的≈15％，再到2004年的≈8．5％；如何在生产利润极低、市场竞争激烈的情形下进一步提升企业的发展空间，大部分企业采用了实施ERP系统的措施来提高。     

科技企业创新人才管理Saas系统

本文面向科技企业创新人才的管理问题,设计创新人才的Saas管理系统。根据科学创新人才的特点,总结创新人才的素质模型来精准甄选创新人才;本文设计的科技企业创新人才管理Saas系统的核心模块通过积累的大数据相互的协作,对创新人才实行个性化激励、职业生涯管理、短板培训等,实现对创新人才的合理管理;介绍科技创新人才Saas系统重点模块的功能和运作步骤。     

OBE理念下信息类人才创新能力培养的探索

本文针对目前高校培养信息类人才存在的问题,以培养信息类创新人才为目标驱动、以OBE理念为指导进行系统设计,精准实施学生实验动手能力、自主探索能力、科技创新能力和社会适应能力的提升,并持续改进设计和实施路径,形成了"信息类人才"为主体,"实验教学"、"创新竞赛"、"项目训练"和"企业实践"四翼协同的信息类人才创新实践能力培养体系.     

具备“按需扩容”能力的SIPLACE SX：表面贴装技术按定单生产中可节约投资的创新理念

2009年慕尼黑国际电子生产设备贸易博览会（Productronica）表面贴装技术行业爆出喜闻：西门子电子装配系统有限公司推出新款SIPLACE SX，这是全球首台完全按照“按单生产”理念设计的贴片机，因为在新的机器平台上，用户可以根据需求独立的调节产能和供料器料位（而不会相互影响）。全新的、滑轨安装的可更换悬臂在几分钟内就可完成安装或拆卸，是该项创新的技术基础。这样，     

试论小企业在建立安全质量保证体系时应注意的几个问题

如何结合本身的实际情况,建立一个安全质量保证体系,是企业目前所面临的一个迫在眉睫的问题。     

TPM在PCB制造业中设备的管理

一．序言 TPM是Total Productive Maintenance的英文缩写，中文为“全面生产保全体制”。它起源于美国，指公司在包括生产、开发、设计、销售及管理部门在内的所有部门，通过公司上层到第一线员工的全员参与活动，以建立和健全追求生产系统效率化极限的企业体质为目标，从生产系统的整体出发；构筑能防患于未然的所有损耗（灾害、不良、故障等）发生的机制，最终达成零损耗的目的。     

PCB企业要处理好生产与创新的辨证关系——PCB产业的“软实力”（3）

文章概要叙述了PCB企业要处理好产品生产与创新的辨证关系。它是关系地PCB企业的生存与发展的根本问题。     

产品服务至上——PCB企业的软实力(16)

概要地评述了产品服务的重要性。在产品的质量-价格-服务中,产品服务要放在最重要的位置上。     

推动中小企业信用体系建立的网络平台设计

扶植中小企业发展,充分扩大就业、推动技术创新,是我国现阶段产业结构战略调整的主要内容之一,中小企业尤其需要在建立企业社会信用并进一步获得市场和融资贷款方面的帮助.结合具体工作实践,通过探讨我国中小企业信用体系的发展背景、国内流行信用体系标准和信息化平台,根据对黑龙江省实际需求的分析,设计了网络平台的信息模型和提出一种具体的设计技术解决方案.     

Integrated feedback control reporting for improving quality of technical service reporting in IT service management

Service Reporting is an essential part of Service Level Management (SLM) in IT Service Management (ITSM). These SLM reports show Service Quality status in compare to Service Level Target (SLT) based on Service Level Agreement (SLA). However, producing Technical Service Reports (TSRs) for SLM has Data Quality (DQ) challenges when IT services of a large enterprise are outsourced to a large IT service provider (ITSP). In fact, sources of technical metrics in these reports are coming from huge, unverified and non-normalized system-generated events and logs in a large enterprise environment. In addition, there are lacks of configuration items and service information meta-data that are essential for producing these SLM reports. These challenges lead to low intrinsic and contextual DQ of reports that destroy customer’s trust and management visibility which lead to Service Quality (SQ) issues and financial penalties. This research used Action Design Research (ADR) methodology and insider participant observation, focus group, interview and questionnaire data gathering and content analysis. Design, actions and data collection are done in and from a Multi-National Company (MNC) in Malaysia that provides IT services to one of the top 10 biggest enterprises in the world, during 4 years of research. The research implemented artifact is an integrated reporting system. It used Feedback Control System (FCS) theory and ITSM concepts to create Reports Data Quality Improvement Loop (RDQIL) to improve TSRs’ DQ. The research output is an ensemble artifact which formalized in the class of problems, class of solutions and set of design principles that consist of new Hybrid Normalize Data Warehouse (HNDW) architecture and Integrated Feedback Control Reporting (IFCR) process model. The importance of research emerges by improving SQ and reducing the risks of financial penalties by providing complex event processing and service reporting integrated into Operation processes. The research’s design principles and IFCR process model create RDQIL that improves TSRs’ DQ in large ITSPs which lead SQ improvement and prevent financial penalties.     

SMT实验室小批量多品种生产中的质量控制

随着电子行业的发展,高校也将SMT(表面组装技术)实验室投入到实践教学当中。文章结合多年的学生顶岗生产实训经验,从岗前培训、原材料质量控制、工艺过程控制等环节对SMT实验室小批量、多品种生产中的质量控制概况进行分析。阐述了质量控制各个环节的实施情况,对提高SMT实习效果具有实际意义。     

Overview on Technical Issues for Future Mobile Network and a Proposal of DLC Scheme in Wireless Link

This paper gives an overview on technical issues for future mobile networks. the QoS control for multimedia services, security function, expansion of network capacity, expansion of address space, multicast function, radio link quality and mobility control of terminals are taken up as technical issues.Then, a novel DLC scheme in wireless link named EREP-ARQ (Estimation and Report of Error Pattern ARQ) which can reduce the retransmission ratio is proposed. In this scheme, error pattern generated in the radio link is estimated at the receiver side and the estimated error pattern is returned to the transmission side. If the estimation is correct, no retransmission is needed. Compared to conventional SR-ARQ, throughput can be improved by17% and Cell Loss Ratio (or Packet Loss Rate) can be reduced to less than 1/10 by the proposed EREP-ARQ.