海洋工程装备项目进度监控模式及预警DSS总体设计
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摘要
海洋工程装备是用于海洋油气资源开发的大型工程装备和辅助性装备。目前,我国海洋工程装备行业的现状是:发展潜力巨大,市场前景良好,但项目管理技术较为落后,尤其是在进度管理方面,缺少较为系统的进度监控与预警模式的理论研究与软件支持。基于此,本文探讨和研究了海洋工程装备项目进度监控的MWC模式,从监控、预警、控制等三个环节阐述了海洋工程装备项目进度监控的理论模型与具体应用,并初步设计项目进度预警DSS,以满足项目进度管理的信息化需求。具体研究内容如下:
     (1)阐述了海洋工程装备项目进度计划及其与进度监控的关系。鉴于海洋工程装备项目的特殊性,以及进度计划对于进度监控的参照作用,阐述了海洋工程装备项目的概念、建造模式、建造工艺流程,总结了海洋工程装备项目的总建造计划体系,并对进度计划的编制原则与具体流程等进行了研究和阐述,最后分析了进度计划与进度监控的关系,为后文研究进度监控与预警问题打下了知识准备与铺垫。
     (2)研究了海洋工程装备项目进度监控模式及总体框架。提出了海洋工程装备项目的MWC监控模式,并研究和探讨了监控模式的数学模型与总体框架;在总体框架中,针对Monitor环节,提出了基于集合“Δ”的进度监测数学模型;针对Early-Warning环节,研究了进度预警模型;针对Control环节,研究了基于PDCA循环的进度动态控制模型。这些监控模式与模型起着总领全文的作用。
     (3)研究了基于SWBS模型的海洋工程装备项目进度监测。在WBS基础上,提出了进度工作分解结构(SWBS)的概念模型;构建了基于SWBS的海洋工程装备项目进度监测体系;通过对进度值的计算与偏差分析,实现对海洋工程装备项目进度的监测。
     (4)研究了基于KPI的海洋工程装备项目进度预警。研究了海洋工程装备项目的KPI体系及其预警原理;阐述了海洋工程装备项目的KPI的数学公式与数值统计过程;建立了海洋工程装备项目进度预警影响因素指标体系,并采用AHP法对各影响因素的重要性进行了评估。
     (5)研究了海洋工程装备项目进度的动态控制。首先,阐述了项目进度动态控制的五项原理;其次,通过对横道图、S形曲线、香蕉形曲线与前锋线法的研究,阐述了如何对海洋工程装备项目进度情况进行测量与比较;接着,针对实际进度与计划进度出现偏差的情况,从产生原因和对总工期与后续工作的影响这两个方面进行分析与研究;最后,采取纠正措施,调整进度计划,以实现对海洋工程装备项目进度的动态控制。
     (6)初步设计了海洋工程装备项目进度预警DSS。进度预警决策支持系统(DSS)是海洋工程装备项目实现进度监控与预警管理的软件系统。首先对预警DSS进行了需求分析;从管理架构和技术架构两个方面对预警DSS进行了总体设计;设计了进度预警DSS的系统原型,并以实例介绍了系统原型的运行效果。
     (7)研究了海洋工程装备项目进度预警DSS的知识管理。知识管理是进度预警DSS的重要内容。分析了海洋工程装备项目进度预警DSS进行知识管理存在的障碍;从组织结构、企业文化、项目管理、技术实现等四个层次建立了海洋工程装备项目的OCPT知识管理模式;采用模糊综合评价方法,对预警DSS的知识管理能力进行了评价研究。
     通过对海洋工程装备项目进度监控模式与预警DSS研究,不仅提出了进度监控的MWC模式与诸多理论模型;而且更重要的是,将监控过程分为进度监测、进度预警与进度控制等环环相扣的三个阶段,通过对进度值与KPI值的偏差监测、异常预警与动态控制,保障项目进度的顺利实施;同时,分析与研究了海洋工程装备项目进度预警DSS的总体设计及知识管理,为项目进度监控信息化和智能化提供了指导与参考。
Offshore equipments are large engineering equipments and auxiliary equipments for offshore oil and gas resources development. At present, the status of offshore equipment industry of China is:development potential and market prospects are good, but project management level is lagging behind, especially in project schedule management, schedule monitoring and early-warning mode is lack of more systematic theoretical research and software support. Based on this, the MWC mode of offshore equipment project schedule monitoring and control is explored and studied here, describing its theoretical model and specific application from three aspects of monitoring, early-warning and control. The DSS of project schedule early-warning is designed to meet needs of project schedule management information. Specific contents are as follows:
     The content of offshore equipment project and its planning is described. Given the special nature of offshore equipment projects, and the reference of planning for progress monitoring and control, the concepts、construction models and construction process of offshore equipment projects is described. The total project construction planning system is summarized, how to plan is researched, and the relations between of schedule and progress monitoring are studied. Those supply knowledge preparation for following study of progress monitoring and early-warning.
     The mode and its architecture of offshore equipment project progress monitoring and control is studied. The MWC mode of progress monitoring and control is explored and studied. In the architecture, for the Monitor part, progress monitoring model is proposed based on the collection" A"; for the Early-Warning part, the progress early-warning model is studied; for the Control part, the progress dynamic control model based on PDCA cycle is researched. Progress monitoring mode with its model plays a full role of Consulate General.
     Offshore equipment project progress monitoring is studied based on SWBS model. Based on the WBS, the conceptual model of schedule work breakdown structure (SWBS) is proposed. Offshore equipment project progress monitoring system is constructed based on SWBS. Through the calculation and deviation analysis of progress value, the monitoring of project progress is achieved.
     Offshore equipment project progress early-warning is studied based on KPI. The KPI System and its early-warning principle is described; the KPI mathematical formulas and numerical statistical process is explained; the factor indicator system of offshore equipment project KPI early-warning is established, and the importance of factors is evaluated, using AHP method.
     The project progress dynamic control of offshore equipment project is studied. Firstly, the five principles of project progress dynamic control are overviewed; secondly, through the Gantt chart, S-shaped curve, banana-shaped curve and the front line method, this paper describes how to measure and compare the progress status of offshore equipment project; then, according to the deviation of the actual and planned progress, both causes and influences upon total duration and follow-ups are analyzed; finally, corrective measures are taken and schedules are adjusted to achieve the subjective of project progress dynamic control.
     The DSS of offshore equipment project progress early-warning is designed. The project progress early-warning decision support system (DSS) is software for offshore equipment project progress monitoring and early-warning. The needs of DSS are analyzed; both management structure and technical architecture are overall designed; the prototype of DSS is designed and developed, and operating results of prototype is also introduced.
     The DSS knowledge management of offshore equipment project progress early-warning is studied. Knowledge management is an important part of progress early-warning DSS. According to the barrier analysis, OCPT mode of knowledge management in progress early-warning DSS is studied from four levels of the organizational structure, corporate culture, project management, technology; the knowledge management capacity of DSS is evaluated, using the fuzzy comprehensive evaluation method.
     Through study of progress monitoring mode and early-warning DSS of offshore equipment projects, not only MWC monitoring mode and other theoretical models is proposed, but also the process of progress monitoring and control is divided into three stages of monitoring, early-warning and control, where the deviation and exception of progress values and KPI values is monitored, early-warned and dynamic controlled. Besides, the DSS overall design and its knowledge management are studied, providing guidance and reference for the information and Intelligent of project progress monitoring and control.
引文
[1]Frame J D. The New Project Management[M]. Jossey-Bass Publisher,1994:25-36.
    [2]Love P, Gunasekaran A, Li H. Concurrent Engineering:A Strategy for Procuring Construction Project[J]. International Journal of Project Management.1998(10): 125-131.
    [3]张劲文.大型交通建设项目管理集成研究[D].长沙:中南大学,2005.
    [4]Bennet P Lientz E. Project Management for the 21 Century[M]. New York:Academic Press,1999:27-28.
    [5]戚安邦.项目管理学[M].天津:南开大学出版社,2003:1-9.
    [6]Babu, Suresh. Project management with time, cost and quality considerations [J]. European Journal of Operational Research.1996,88(2):320-327.
    [7]庆升.水闸枢纽工程施工进度预警模型研究[D].合肥:合肥工业大学,2006.
    [8]Ogunlana, Promkuntong. Construction delays in a fast growing economy.comparing Thailand with other economics[J]. International Journal of Project Management.1996, 14(1):37-45.
    [9]Mansfield, Ugwu, Doran. Causes of delay and cost overruns in Nigerian Construction Projects[J]. International Journal of Project Management.1994,12(4):254-260.
    [10]Herbsman, Chen W, Epstein W. Time is money innovative contracting methods in highway construction [J]. Journal of Construction Engineering and Management.1995, 121(3):273-281.
    [11]Mezher, Tawil. Causes of delays in the construction industry in Lebanon[J]. Engineering Construction and Architectural Management Journal.1998,5(3):251-260.
    [12]Assaf, Al-Khalil, Al-Hazmi. Causes of delay in large building construction projects[J]. Journal of Management in Engineering ASCE.1995,11(2):455.
    [13]Al-Momani, Ayman. Construction delay:a quantitative analysis[J]. International Journal of Project Management.2000(18):51-59.
    [14]Leu S, Yang C. Constrction delay causes analysis:a new method for project schedule management[J]. International Journal of Project Management.2000(22):113-120.
    [15]Scott M. Management Decision Support:computer based support for decision making[M]. Division of Research Harvard University,Cambridge Mass,1971.
    [16]Sprague. A Framework for the Development of Decision Support Systems[J]. MIS Ququterly.1980,4(4):1-26.
    [17]Bonczek. Foundation of decision support systems[M]. New York:Academic Press,1981: 111-116.
    [18]刘金梅.航空弹药供应保障决策支持系统研究[D].南京:南京理工大学,2006.
    [19]Gottingger, Weimann. Intelligent decision support systems[J]. Decision Support Systems. 1992(8):317-332.
    [20]Manheim. An architecture for active DSS[J]. International Conference on System Science.1988(2):56-62.
    [21]Hamscher, Kiang, R L. Qualitative reasoning in business,finance and economics[J]. Decision Support Systems.1995(15):99-103.
    [22]Ribeiro, Powell, Baldwin. Uncerntainty in decision-making:An abductive perspective[J]. Decision Support Systems.1995(13):183-193.
    [23]李贺,靖继鹏,王颖莉.基于数据仓库的企业数据分析/决策支持系统的研究[J].情报学报.2003(05):33-38.
    [24]李兴国,金芳芳,于海峰.基于数据仓库的决策支持系统的体系结构[J].合肥工业大学学报(自然科学版).2003(S1):24-30.
    [25]何兵.海洋工程建造的项目管理[J].造船技术.1996(07):3-6.
    [26]朱亮.工程设计项目管理中的计划控制[J].中国海上油气(工程).1999(02):21-27.
    [27]单彤文.浮式生产储卸油装置设计的组织与管理[J].中国海上油气(工程).2000(04):15-19.
    [28]钱多一.FPSO开发与并行工程[J].船舶.2001(05):34-39.
    [29]高绍新,纪卓尚,林焰.船舶与海洋工程项目管理信息系统分析与初步设计[J].大连理工大学学报.2001(02):207-212.
    [30]高绍新.先进项目管理技术的理论方法及关键技术研究与应用[D].大连:大连理工大学,2001.
    [31]顾根南.项目管理在现代船舶建造工程中的应用[J].江苏船舶.2002(03):39-42.
    [32]谈谷月.BELANAK FPSO建造项目管理中的文件控制[J].中国海洋平台.2003(06):48-52.
    [33]倪嘉政.海洋平台建造质量控制的工人培训[J].中国海洋平台.2003(06):56-60.
    [34]丁岚.船舶研制风险管理探讨[J].交通企业管理.2004(09):71-75.
    [35]孙波.项目管理方法在海洋工程中的应用研究[D].大连:大连理工大学,2006.
    [36]刘津明.工程项目施工阶段进度与成本的监控[J].建筑技术开发.1998(06):34-39.
    [37]胡杨博,莫蓉,常智勇,et al.基于工作分解结构复杂多级项目的进度监控技术研究[J].现代制造工程.2008(02):54-58.
    [38]李英杰,陈庆新,陈新度,et al.模具虚拟企业项目进度监控预警决策模型[J].机床与液压.2008(01):21-25.
    [39]赵明光,易红.网络化制造环境下企业联盟的项目进度监控策略研究[J].中国机械工程.2006(14):156-161.
    [40]周津慧,易海峰,姜楠,et al.挣值法在软件项目成本和进度监控中的应用[J].系统 工程与电子技术.2006(04):124-129.
    [41]胡树华,张冀新.工程项目建设风险预警管理研究[J].科技创业月刊.2007(07):78-81.
    [42]蒋天颖,丰景春.基于BP神经网络的工程项目知识管理风险预警研究[J].情报杂志.2009(12):93-96.
    [43]刘勇.论海外工程建设项目风险预警管理体系的建立[J].当代经济.2010(06):99-103.
    [44]唐丽春,王小成.企业项目管理危机预警概念模型研究[J].现代商贸工业.2008(07):87-91.
    [45]肖维品.工程建设施工进度计划目标监测预警及其调控规则[J].石家庄铁道学院学报.1999(03):14-19.
    [46]张云波.工程项目工期延误原因及预警模型研究[D].天津:天津大学,2003.
    [47]裴少华.大型火电站建设项目进度度量监控体系研究[D].济南:山东大学,2005.
    [48]邓亚平.基于网络计划技术的项目进度风险预警研究[D].武汉:武汉理工大学,2007.
    [49]李英杰,陈庆新,陈新度,et a1.模具虚拟企业项目进度监控预警决策模型[J].机床与液压.2008(01):6-8.
    [50]吴昊,张新营.项目进度延误预警模型研究[J].装备制造技术.2009(03):104-106.
    [51]陈东方,陈建国.建设工程进度预警及其模型构建的研究与应用[J].工程管理学报.2010(03):318-322.
    [52]童杏娟.基于PERT的关键链进度编制及缓冲预警机制研究[D].大连:大连理工大学,2010.
    [53]陈文伟.决策支持系统及其开发[M].北京:清华大学出版社,1994:51-58.
    [54]田大钢,费奇.DSS结构的联接主义观点[J].系统工程理论与实践.2000(01):17-18.
    [55]梁义芝,刘云飞.基于Multi-agent技术的决策支持系统[J].计算机科学.1999(08):50-52.
    [56]王众托.智能型交互式集成化决策支持系统[J].科学决策与系统工程.1990(2):11-16.
    [57]杨善林.智能决策方法与智能决策支持系统[M].北京:科学出版社,2005:5-6.
    [58]孙波,林宣雄,李怀祖.高层管理者决策支持系统的多层次处理模型研究[J].管理科学学报.1999(01):12-18.
    [59]陈晓红,朱霞.基于神经网络的期货套期保值决策支持系统[J].管理科学学报.2001(06):18-23.
    [60]顾培亮,郝冬.扩展型能源决策支持系统的设计与实现[J].决策与决策支持系统.1994(01):78-83.
    [61]顾基发,唐锡晋.水资源管理决策支持系统的发展动态及特点[J].决策与决策支持系统.1994(04):113-118.
    [62]贺贵明,孟波.一种大城市防汛决策支持系统[J].决策与决策支持系统.1995(03):46-49.
    [63]孙绍伟,谢新连.船舶运输管理决策支持系统的设计与实现[J].计算机工程与应用.2006(04):218-221.
    [64]周春月,刘云.多目标水库资源优化调度决策支持系统及应用[J].计算机工程与应用.2007(16):193-195.
    [65]韩小妹,韩景倜.基于CBR应急保障物流体智能决策支持系统研究[J].计算机工程与应用.2007(20):204-206.
    [66]王志强,张树清,张柏,et a1.基于3S的湿地监测与空间决策支持系统研究——以扎龙国家级湿地保护区为例[J].计算机工程与应用.2008(04):204-207.
    [67]刘洪涛,程良伦.基于J2EE电力营销决策支持系统的研究与实现[J].计算机工程与应用.2008(15):218-220.
    [68]毛海军,唐焕文,李飞.宏观经济智能预测决策支持系统(MEIFDSS)模型系统的Agent实现研究[J].计算机工程与应用.2003(15):77-79.
    [69]黎育红,周建中.基于多智能体的梯级水电联合运行决策支持系统[J].计算机应用研究.2009(11):4162-4165.
    [70]李发斌,胡凯衡,韦方强,et al.川藏公路工程病害减灾决策支持系统[J].计算机应用研究.2004(02):132-134.
    [71]周勇,田有国,任意,et a1.基于GIS的区域土壤资源管理决策支持系统[J].系统工程理论与实践.2003(03):140-144.
    [72]万鲁河,李一军,臧淑英.集成“3S”技术的森林防火决策支持系统研究[J].系统工程理论与实践.2004(07):88-93.
    [73]蓝伯雄,潘家轺,李晓彦.计算机集成环境下的生产经营决策支持系统[J].系统工程理论与实践.2000(03):78-83.
    [74]丁宁.项目管理[M].北京:清华大学出版社,2008:1-5.
    [75]Metry A, Wallin L. A Tool for Marketing Clean Products[J]. Journal of Clean Technology and Environmental Sciences.1991,32(5):205-214.
    [76]Ronald W. Infrastructure:Integration Design, Construction, Maintenance and Renovation[J]. Ralph Hass and Waheed Uddin.1997,67(9):12-15.
    [77]王鉴雪.中日韩造船业制造模式的比较研究[D].哈尔滨:哈尔滨工业大学,2006.
    [78]李堃.现代造船工程[M].哈尔滨:哈尔滨工程大学出版社,2002:36-37.
    [79]金朝光.船舶建造工程管理及供应链一体化研究[D].大连:大连理工大学,2002.
    [80]白思俊.现代项目管理[M].北京:机械工业出版社,2005:28-29.
    [81]康正.单船建造进度控制研究[D].哈尔滨:哈尔滨工程大学,2010.
    [82]毕星,翟丽.项目管理[M].上海:复旦大学出版社,2000:96-103.
    [83]侯小林,苏翔.现代造船模式下工程计划体系研究[J].现代商贸工业.2009(10):19-20.
    [84]Delcano. Continuous Project Feasibility Study and Continuous Project Risk Assessment[J]. International Journal of Project Management.1992,10(3):165-170.
    [85]Jaafari. Management of Risks, Uncertainties and Opportunities on Projects[J]. International Journal of Project Management.2001,19(1):89-101.
    [86]Stephen, Chapman. Risk-Management Perspective on the Project Lifecycle[J]. International Journal of Project Management.1995,13(3):145-149.
    [87]Huseby, Skogen. Dynamic Risk Analysis the DynRisk Concept[J]. International Journal of Project Management.1992,10(3):160-164.
    [88]Esselman T, Eissa M, Mcbrine W. Structural Condition Monitoring in A Life Cycle Management Program[J]. Nuclear Engineering and Design.1998,181(3):163-173.
    [89]刘志华.EPC项目进度测量系统及应用[J].石油工程建设.2006(05):63-66.
    [90]于逢平,刘志鹏,崔岫.FPSO Hull项目进度测量系统的建立[J].船舶工程.2007(01):53-56.
    [91]卢向南.项目计划与控制[M].北京:机械工业出版社,2004:166-170.
    [92]汪萍萍.基于KPI的销售团队绩效考核体系研究[D].太原:山西财经大学,2008.
    [93]赵洁俊.基于负载预测可靠性分析的AHP维修决策模型[D].上海:复旦大学,2010.
    [94]李季.建设工程施工进度控制研究[D].青岛:中国海洋大学,2008.
    [95]李建成.施工项目中的进度计划与控制研究[D].上海:上海交通大学,2006.
    [96]陈华兵.施工阶段的进度动态控制及调控模型的建立[D].成都:西南交通大学,2003.
    [97]彭巨光.现代设备工程监理方法研究[D].西安:西北工业大学,2005.
    [98]卢有杰.项目风险管理[M].北京:清华大学出版社,1998:78-89.
    [99]赵雷,毕庶明,李晓芳.施工进度目标偏差分析方法及纠偏对策的研究[J].山东建筑工程学院学报.1995(03):31-36.
    [100]祖洁.多媒体教学资源公共服务平台的设计与实现[D].成都:电子科技大学,2010.
    [101]刘晓峰Struts1框架与Struts2框架的对比分析[J].电大理工.2010(2):50-51.
    [102]Kurniawan深入浅出Struts2[M]北京:人民邮电出版社,2009:36-37.
    [103]吴小莉,袁小霞,段金蓉.基于Spring框架技术剖析[J].中小企业管理与科技.2009(04):235-236.
    [104]孙卫琴.精通Hibernate:Java对象持久化技术详解[M].北京:电子工业出版社, 2005:110-112.
    [105]卓先德.基于Java的在线考试系统[D].成都:电子科技大学,2007.
    [106]李钊,赵金楼.基于OCPT模式的工程项目知识管理研究[J].情报杂志.2010(11):141-145.
    [107]Patricia Carrillo P C. Exploiting Knowledge Management:The Engineering and Construction Perspective[J]. the Journal of Management in Engineering.2006,22(1): 2-10.
    [108]杨玉武.项目导向型企业项目知识管理机制研究[J].现代管理科学.2009(02):110-114.
    [109]徐绪松,曹平,龙虎.基于知识管理的项目管理知识体系框架[J].管理世界.2003(04):146-148.
    [110]高峰,郭菊娥.知识管理在工程项目管理中的应用研究[J].情报杂志.2008(05):127-129.
    [111]王娟茹,赵嵩正,杨瑾.面向项目管理的知识集成模型和机制[J].科学学与科学技术管理.2004(01):81-84.
    [112]Ikujiro Nonaka H T. The Knowledge-Creating Company[M]. Oxford University Press, 1995:24-27.
    [113]王红霞.面向项目管理的知识集成模型研究[J].情报杂志.2006(07):39-42.
    [114]仇元福,潘旭伟,顾新建.项目管理中的知识集成方法和系统[J].科学学与科学技术管理.2002(08):36-39.
    [115]Chuang S. A Resource-based Perspective on Knowledge Management Capability and Competitive Advantage:An Empirical Investigation [J]. Expert Systems with Applications.2004:459-465.
    [116]Liu P, Chen W, Chih-Hung. An Empirical Study on the Correlation Between Knowledge Management Capability and Competitiveness in Taiwan's Industries [J]. Technovation.2004,24(12):971-977.
    [117]Gold A. Towards a Theory of Organizational Knowledge Management Capabilities [D]. Chapel Hill:University of North Carolina,2001.
    [118]李钊,赵金楼.项目型企业知识管理能力的模糊综合评价[J].情报理论与实践.2010(2):54-57.
    [119]张新香.企业知识管理能力的模糊综合评价[J].科学学与科学技术研究.2008(2):108-112.

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