关键词： 高校   人力资源信息化   全生命周期管理  

摘要： 随着全球信息化进程推进,我国高校信息化建设越来越被重视,但人力资源信息系统建设过程中存在基础数据质量薄弱、业务流程基本以手工化手段为主、模块信息化集成率低的情况。本文通过建立高校人力资源信息化的全生命周期管理模式,提出了一种高校人力资源信息化管理方式。

关键词： 信息安全管理   全生命周期   电子政务  

摘要： 随着北京市东城区电子政务的深入发展,对信息安全提出了更高要求,使信息安全管理的地位越发突出,为了对不断发展的信息系统加强安全管理,我们对信息系统全生命周期安全管理进行了探索,制定了东城区电子政务全生命周期安全管理体系,通过落实信息系统全生命周期安全管理体系,使东城区电子政务的信息安全管理水平有了实质性的提高。

关键词： 信息生命周期管理   以人为本   服务理念   图书馆  

摘要： 信息生命周期管理(ILM)属于信息管理模式中的一种,从信息的创建与使用再到归档与处理,其目的都是在图书馆的管理服务中以最小的成本来获取最大的价值,本文针对运用ILM来构建以人为本的图书馆服务理念中存在的问题,如管理服务的理念比较陈旧、信息数据不准确或者过量等,从科学管理和人文关怀的角度来对图书馆中的管理政策进行制定,从而增强图书馆中以人为本的服务理念。

摘要： Please note the following corrections to the original paper:The first author’s name was originally published online erroneously as “S. Mohamed Soliman.” The correct name of the author is “Mohamed Soliman.”On p. 04014001-2, the first sentence should read, “Cramer and Bea (1991) used an S-N approach combined with formulae which relate the crack size to the remaining service life of through-thickness cracks in order to calculate the time-variant probability of failure for the detail being studied.”On

关键词： 信息管理   Bentley   全生命周期管理   工程项目   专业服务   资产   总裁   销售  

摘要： 过去30年来,基础设施领域不断创造和见证＂中国速度＂的奇迹。随着大量工程竣工并投入使用,基础设施正在从高速建设期进入运营维护期。在基础设施运维期间,不良的资产信息管理不仅会提高运营成本,还会增加违规风险,甚至引发灾难性事故。因此,加速这一领域的技术革新应成为业内关注的焦点。

关键词： Life-cycle Management   Information Component   Information Flow   BIM Application  

摘要： BIM has been widely used in project management, but on the whole the applications have been scattered and the BIM models have not been deployed throughout the whole project life-cycle. Each participant builds their own BIM, so there is a major problem in how to integrate these dynamic and fragmented data together. In order to solve this problem, this paper focuses on BIM-based life-cycle information management and builds a framework for BIM-enabled life-cycle information management. To organize the life-cycle information well, the information components and information flow during the project life-cycle are defined. Then, the application of BIM in life-cycle information management is analysed. This framework will provide a unified platform for information management and ensure data integrity.

关键词： 医疗设备管理   生命周期   信息化管理  

摘要： 本文分析了我院目前医疗设备管理存在的问题,介绍了新的医疗设备全生命周期管理信息系统的主要功能及应用。

关键词： 装配式住宅   BIM应用价值   全生命周期   建筑信息模型   住宅产业化  

摘要： 自21世纪起,我国的建筑业开始进入高速发展期,为国民经济的发展做出了重大贡献,同时支撑着我国的房屋建设任务。建筑业快速发展的同时,其技术和管理水平相对落后,建筑业的资源浪费严重。为了解决这些问题,国家大力推行装配式住宅和BIM技术。文章介绍了建筑信息模型(BIM)以及预制装配式住宅的主要概念,并着重就BIM技术在装配式住宅全生命周期实际应用的可能性和方式展开探讨,同时介绍了目前上海城建将BIM技术应用于预制装配式住宅全生命周期的主要成果。

关键词： Fatigue   Inspection scheduling   Optimization   Bayesian updating   Crack growth   Life cycle  

摘要： Successful management of deteriorating structures requires the reliable prediction of damage occurrence as well as the time-dependent damage propagation under uncertainty. The reliability of the performance prediction process can be significantly improved by integrating information gained from inspection and monitoring actions. This integration leads to a more accurate prediction of the time-dependent damage level and, eventually, to a better supported decision-making process. In this paper, a probabilistic approach is proposed to find an optimum management plan for fatigue-sensitive structures by integrating the available information from inspection actions. The proposed approach utilizes a probabilistic time-dependent damage criterion, inspection cost, and failure cost to find the optimum inspection times under uncertainty. New information resulting from inspection actions performed during the lifetime of the structure is used to update the damage propagation parameters as well as the optimization procedure. This process results in an enhanced management plan which can provide managers the ability to make real-time decisions based on inspection results. The integration of this new information and its impact on the life-cycle management process are thoroughly investigated. In addition, a realistic fatigue critical detail is used to illustrate the proposed probabilistic approach. (C) 2014 American Society of Civil Engineers.