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廉政建设管理模型与实践研究
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摘要
腐败是社会进步的绊脚石,现在社会上仍然存在滥用职权,损公肥私的不良风气和行为,这极大地阻碍了我国社会的发展和社会主义和谐社会的建设,因此廉政建设对于中国社会健康发展显得极为重要。虽然我国已经进行了50多年的反腐倡廉探索,但是长期以来主要以单纯的定性研究廉政问题为主,当然这具有一定的现实意义,但是这些研究成果给实践提供理论指导具有一定的局限性,没有形成一套行之有效的廉政建设管理方法。对此本文提出新的廉政建设管理模型,即通过定性研究与定量研究相结合的方法,及时发现廉政建设状态异常,科学判断实际廉政状态,有效分析廉政建设中存在的主要问题,并科学分析问题根源,最终为实施科学廉政建设管理,提高廉政建设状态提供一套科学方法和流程。
     本文具有创新性的主要研究成果包括以下几个方面:
     (1)以廉政预警研究为基础提出了廉政建设中的廉政预警机制,并基于该机制对廉政建设水平进行了状态划分,研究了状态转移的规律,进而建立一个廉政建设管理模型框架,并针对该框架中的被审查单位选取方案进行了深入研究。研究成果为定量研究廉政建设管理提供了理论保障。
     (2)针对廉政建设管理模型中的廉政建设状态判定方案的制定问题,分别针对腐败高发部门和腐败低发部门就廉政建设状态判定方案的具体内容,以及方案中最优参数的选取问题进行了深入研究,为科学合理的廉政建设状态判定方案的制定提供了理论依据,也进一步丰富了本文提出的廉政建设管理模型理论。
     (3)针对科学的廉政指标体系在廉政建设评价中的关键地位,提出了基于廉政预警系统划分的指标体系构建思路,并初步构建了廉政建设状态评价体系,为了避免指标之间的相关性,并全面反映廉政建设状态,本文应用聚类-因子分析法对指标体系进行了优化研究,最后针对指标数据的采集进行了深入的研究。研究结果为廉政建设状态评价研究提供了基础。
     (4)分别针对模糊综合评价,判别分析和神经网络应用于廉政建设评价的理论和流程进行了详细介绍,为不同特点的廉政建设管理部门选取不同的评价方法提供了理论基础。进而,采用排列图法进行廉政建设主要问题的判别分析,应用因果图对廉政建设主要问题的根源进行深入查找分析,从而为改进廉政建设措施的提出提供依据。
     (5)为了验证本文提出的模型和方法对河北省廉政建设管理是行之有效的,应用河北省纪委监察厅针对腐败现象较低的某部门长期实施廉政建设状况进行监督检查所得的数据,根据本论文提出的廉政建设管理模型进行案例分析,及时发现廉政建设状态异常,科学判断实际廉政状态,有效分析廉政建设中存在的主要问题,并科学分析问题存在的根源,为廉政建设状态的改善提供了依据。
     在本论文的最后,对全文研究工作进行了总结,指出了论文的不足之处,并对今后进一步开展的研究工作进行了展望。
Corruption is the obstruction of society's development,there are still some bad morale and behavior in modern society,such as some leaders abuse their rights in order to obain benefit themselves but it is harmful to our country. This phenomenon hinders the country's development and the construction of harmonious society. So it is very important to construct probity systems.Although we have already built it for 50 years , the study is almost pure qualitative .Certainly,qualitative study is useful to practice,but the directive function is limited and the inconrrupted constructive effective management have not been built.For this,I will propose a new model of probity construction in the article.The model could check out the abnormal situation in time,discriminate the real status,analyze the problem in the construction and the root by the means of both the quantitative and the qualitative method.So it will provide a scientific method and process for probity management and construction.
     The innovative achievements in the paper include the contents as follows:
     (1)The probity warning system which is proposed based on the study,and according to this system we divide the situation of probity construction,for parts,discuss the status' transition discipline,then built a management model of the construction,and selected schemes to study the units under review.The results of warning system provide the theory security for the building of and incorruptible government .
     (2)For judging the status of the probity construction in the model,the details and parameters of judging program is proposed based on the study of sectors which have high corrupt rate or low rate.The further study on the content above is the foundation of judging system,and it makes the model in this article more scientific and reasonable.
     (3)Because of the indicators' important position in the judging system,the building of indicators system is proposed based on the probity warning system,and form a system which is used to judge the construction's situation of a clean and honest administration.In order to avoid correlation of different parameters and reflect the status perfectly,we have use the method named clusters-factors analysis to optimize indicators system,and then have a further study on the collection of data.This part is the basis of study on judging the status in the building of and incorruptible government.
     (4)Have a detail introduction of probity construction's theory and process of judging system by the means of fuzzy composite evaluation,judging analysis and neural networks.So the selection of judging method in different sectors is practical.Furthermore,pareto method is mainly to judge the construction of a clean and honest administration,causality diagram is used to search for the roots and then take the actions to solve the problem.
     (5)To prove the model and the method proposed in article is effective in building and managing of and incorruptible government in HeBei province,we use the data which is collected in low rate sectors by commission for discipline inspection and supervision department to analyze the cases with the model and check out the abnormal situation in time,discriminate the real status,analyze the problem in the construction and the root.So it will provide a scientific method and process for probity management and construction.
     At the end of the article, there is a summary which points out the shortcoming of this paper and the bright future of the study in this domain.
引文
[1]中共河北省纪委监察厅.关于“三个更加注重”试点工作进展情况的汇报[R],2008,9
    [2]张云川.在河北省贯彻落实《建立健全惩治和预防腐败体系2008-2012年工作规划》电视电话会议上的讲话[R],2008,6
    [3]建立健全惩治和预防腐败体系2008-2012年工作规划[Z].中发[2008]9号
    [4]河北省卫生厅.以实效性长效性统筹性为着力点深入推进监控机制建设试点工作[R],2008,12
    [5]河北省财政.构建行政权力运行监控机制积极打造“阳光财政”[R],2008,12
    [6]河北省国土资源厅.关于推进行政权力运行监控机制建设试点工作的汇报[R],2008,12
    [7]河北省商务厅.精心组织夯实基础扎实推进行政权力运行监控机制建设[R],2008,12
    [8]河北省教育厅.关于政权力运行监控机制建设试点工作情况的汇报[R],2008,12
    [9]中共秦皇岛市纪委,突出重点体现特色扎实推进行政权力运行监控机制建设[R],2008,12
    [10]中共邯郸市纪委.积极探索勇于实践,扎实推进监控机制建设试点工作[R],2008,12
    [11]李昌富.依靠科学和民主——国家开放银行防范信贷风险和廉政风险的实践[J].经济改革与发展,2004,(11):53-58
    [12]赵明国,李伯胜.廉政风险点制度——反腐新举措[J].党风廉政.2005,(10):24-27
    [13]姜封炎,王和新.论构建农业发展银行廉政风险防范机制[J].中国农业银行武汉培训学院学报,2006,(7):13-16
    [14]谷玉凤.强化廉政风险防范,从根本上治理商业贿赂[J].现代企业文化,2008,(14):25-28
    [15]霍现虎,申占涛.从廉政风险点入手,完善腐败预防体系[J].百家论坛,2008,(4):43-46
    [16]王相文.对企业领导干部进行廉政风险评估的思路和办法[J].劳动保障世界,2008,(9):34-36
    [17]董舜,赵永山.浅谈廉政建设在规避审计风险中的作用[J].廉政建设,2007,(3):5-7
    [18]黄光远,张继坡.实施廉政风险预警与防范管理探索高校预防腐败工作长效机制[J].学校党建与思想教育,2008,(13):21-24
    [19]李晓光.实施廉政风险防范管理完善预防腐败长效工作机制[J].首度工作新视野,2008,(43): 51-53
    [20]阳昌宽,王科.沉重的历史话题——拒腐防变的新透视、新思考、新举措[M].成都:西南财经大学出版社,2005
    [21]王传利.给腐败号脉——新中国腐败频度与控制强度相关性研究[M].北京:群众出版社,2004
    [22]张希贤.建立健全惩治和预防腐败体系研究[M].北京:中央文献出版社,2005
    [23]上海社会科学院民主政治研究中心.中国政治发展进程[M].北京:时事出版社,2005
    [24]朱光磊.以权力制约权力[M].成都:四川人民出版社,1987
    [25]林吕建.驾驭权力烈马[M].杭州:浙江大学出版社,2003
    [26]林喆.权力腐败与权力制约[M].北京:法律出版社,1997
    [27]王崇德.社会科学研究方法要论[M].上海:上海学林出版社,1990
    [28]安徽省构建惩治和预防腐败体系课题研究组.构建惩治和预防腐败体系的思考[J].学术界2005,3(7):189-192
    [29]何锐.关于构建“三位一体的反腐败体系”问题的思考[J].河南工业大学学报(社会科学版),2005,(4):21-27
    [30]唐晓清.论反腐败惩防体系中的机制建设[J].学习论坛,2005,21(12):18-20
    [31]曾行伟.制度反腐败与构建全方位的反腐败制度体系[J].福建论坛(经济社会版),2002,(1): 66-68
    [32]刘文洪.构筑科学的廉政考核评价体系[J].科学社会主义,2002,(2):16-29
    [33]刘峰岩.建立廉政建设社会评价系统论略[J].天津社会科学,1996,(4):34-41
    [34]“廉政建设社会评价系统研究”课题组.廉政建设社会评价系统研究的理论与实践[J].理论与现代化,1996,3(6):43-56
    [35]阎耀军.社会学应用于廉政建设的一项创举——评天津市“廉政建设社会评价系统”[J].天津社会科学,1996,(4):62-69
    [36]倪星,王立京.中国腐败现状的测量与腐败后果的估算[J].新华文摘,2004,(3):24-28
    [37]王传利.1990年至1999年中国社会的腐败频度分析[J].政治学研究,2001,(6):49-52
    [38]程福财.论制度的功能演变与制度变迁[J].上海大学学报(社会科学版)2001,(9):87-89
    [39]崔利荣.马尔可夫链在可靠性计算中的一些新应用[J].系统工程与电子技术,1999,21(12): 89-91
    [40] Ting Gong.The Politics of Corruption in Contemporary[M],China.Green wood Press.1994
    [41] Harold D.Lasswell&Abraham Kaplan.Power and Society[M].New Haven:Yale University Press.1950
    [42] Samuel Huntington.Political Order in Changing Societies[M].New Haven:Yale University Press.1968
    [43] Harold D.Lasswell.Politics:Who gets What, When, How[M].New York:MCGaw-Hill.1936
    [44] Murray Edelman. The Symbolic Uses of Power[M].Chicago:University of Illinois Press. 1964
    [45] C.O.Jones.An introduction to the Study of Public Policy[M].Pacific Grove:Duxbury Press. 1977
    [46] Preliminary Assessment and Feedback on the Corruption Pilot Study. Joint Project against Corruption in the Republic of Hungary[J].The global program against corruption working paper,2000,3(6):57-63
    [47] Chengze Simon Fan,Herschel I.Grossman.Entrepreneurial Graft in China[J].The ProvidenceJournal,2001,(3):35-39
    [48] UNITED NATIONS Office on Drugs and Crime.The global program against corruption. ANTI-CORRUPTION TOOLKIT 3nd Edition[M],Vienna,2004
    [49] Jeremy Pope.Confronting Corruption: The Elements of a National Integrity System. http://www.transparency.org/sourcebook
    [50] Michael Johnston and Sahr J.Kpundeh.Building A Clean Machine Anti-Corruption.http://www.transparency.org/sourcebook
    [51] Coalitions and Sustainable Reform.World Bank Institute.2002.http://www.worldbank.org
    [52] Daniela Zemanovicova:Building open and honest government:anti-corruption tools, http://www.transparency.org/sourcebook
    [53] World Bank : Controlling Corruption : Toward an Integrated Strategy,1999, http ://www.worldbank.org
    [54] Gordon White:Corruption and Market Reform[J],IDS Bulletin,1996,27(2):15-19
    [55] Fu, J.C.&Hu,B.On reliability of large consecutive-k-out-of-n: F systems with (k-1)-step Markov dependence[J].IEEE Transactions on Reliability,1987,36(1):75-77
    [56] Chao MT & Fu JC.The reliability of large series system under Markov structure[J]. Advances of Applied Probability,1991,41(5):894-908
    [57] Fu, J.C.& Koutras,M.V.Distribution theory of runs: a Markov chain approach[J].Journal of the American Statistical Association,1994,89(7):1050-1058
    [58] Chao MT, Fu JC & Koutras MV. Survey of reliability studies of consecutive-k -out-of-n : F & related systems[J]. IEEE Transactions on Reliability,1995,44(11):120-127
    [59] Koutras M.V. and Alexandrou V. A.. Runs,scan and urn model distributions:a unified Markov chain approach[J]. Ann. Inst. Stat. Math.1995,476(4):743-766
    [60] Koutras, M.V.On a Markov chain approach for the study of reliability structures[J]. Journal of Applied Probability.1996,33(8):357-367
    [61] Koutras MV, Papadopoulos GK & Papastavridis SG.Reliability of 2-dimensional consecutive-k -out-of-n : F systems[J].IEEE Transactions on Reliability,1993,42(6): 658-661
    [62] Koutras MV. Consecutive-k, r-out-of-n: DFM systems[J],Microelectronics and Reliability, 1997,37(4):597-603
    [63] Koutras MV. Waiting time distributions associated with runs of fixed length in two-state Markov chains[J].Annals of the Institute of Statistical Mathematics,1997,1(5):123-139
    [64] Koutras MV, Papadopoulos GK&Papastavridis SG.A reliability bound for 2-dimensional consecutive-k -out-of-n : F systems[J].Nonlinear Analysis,1997,30(12):3345–3348
    [65] Koutras MV, Alexandrou VA. Non-parametric randomness tests based on success runs of fixed length[J].Statistics & Probability Letters,1997,32(7):393-404
    [66] Chang GJ,Cui LR & Hwang FK.The reliability computation for ( n, f , k )system[J]. Statistics & Probability Letters,1999,43(8):237-242
    [67] Chang GJ, Cui LR & Hwang FK. Reliabilities of consecutive-k systems[M].Dordrecht: Kluwer Academic Publishers,2000
    [68] Chang GJ, Cui LR & Hwang FK. Reliabilities of consecutive- k systems[M].Dordrecht, Kluwer Academic Publishers,2000
    [69] El-Neweihi E,Proschan F,and J. Sethuraman.Multi-state coherent system[J],Journal of Applied Probability,1978,15(7):675-688
    [70] Gera AE. A consecutive k -out-of- n : G system with dependent elements-a matrix formulation and solution[J].Reliability Engineering & System Safety,2000,68(2):61-67
    [71] Godbole,AP,Potter LK & Sklar JK. Improved upper bounds for the reliability of d-dimensional consecutive- k -out-of- n : F systems[J].Naval Research Logistics,1998,45(6):219-230
    [72] Govindaraju, K. & Lai, C.D.. Design of multiple sampling plan[J],Communications in Statistics: Simulation and Computation,1999,28(1):1-11
    [73] Griffith WS,Govindarajulu Z.Consecutive-k -out-of-n failure systems reliability and availability,component importance,and muti-state extensions[J].American Journal of Mathematical & Management Sciences,1985,5(12):125-160
    [74] Hahn,GJ & Gage JB. Evaluation of a start-up demonstration test[J].Journal of Quality Technology,1983,15(10):103-106
    [75] Hsieh YC,Chen TC. Reliability lower bounds for two-dimensional consecutive-k -out-of-n : F system[J].Computers & Operation Research,2004,31(8): 1259-1272
    [76] Barlow RE and Wu AS,Coherent systems with multi-state components[J], Mathematics of Operations Research 1978,(3):275-281
    [77] Chadjiconstantinidis S & Koutras MV, Measures of Component Importance for Markov Chain imbeddable Reliability Structure[J].Naval Research Logistics,1999,46(11):613-639
    [78] Fu, J. C., Spiring, F. A., Xie, H. On the average run lengths of quality control schemes using a Markov chain approach[J].Statistics & Probability Letters,2001,56(3):369-380
    [79] Bartolucci,F,Developments of the Markov chain approach within the distribution theory of runs[J].Computational Statistics and Data Analysis,2001,36(10):107-118
    [80] Fu, J.C.Reliability of large consecutive-k-out-of-n: F systems with (k-1)-step Markovdependence[J].IEEE Transactions on Reliability,1986,35(4):602-606
    [81] Boedigheimer RA & Kapur KC,Customer-driven reliability models for multi-state coherent systems[J],IEEE Transactions on Reliability,1994,43(1):46-50
    [82] Boehme,TK,Kossow A & Preuss W,A generalization of consecutive- k -out-of- n : F system[J].IEEE Transactions on reliability,1992,41(8):451-457
    [83] Huang J,Zuo MJ & Wu YH,Generalized multi-state k -out-of- n : G systems[J],IEEE Transactions on reliability,2000,49(1):105-111
    [84] Huang J,Zuo MJ, & Fang Z,Multi-state consecutive-k-out-of-n systems[J],IIE Transactions on Quality and Reliability Engineering,2003,35(5):527-534
    [85] Hwang FK & Shi D. Redundant consecutive-k -out-of-n :F systems[J].Operations Research Letters.1987,6(6):293-296
    [86] Hwang FK. Optimal assignment of components to a two-stage k -out-of- n :system[J]. Mathematics of Operations Research,1989,14(2):376-382
    [87] Hwang FK & Yao YC,Multistate consecutively connected systems[J],IEEE Transactions on Reliability,1989,38:472-474
    [88] Hwang FK,Wright PE. An O ( k3 ? log(n/k)) algorithm for the consecutive-k -out-of-n : F system[J]. IEEE Transactions on Reliability,1995,44(3):128-131
    [89] Fu, J.C., Lou, W.Y.W..Distribution Theory of Runs and Patterns and Its Applications[M], Singapore:World Scientific,2003
    [90] Zhihua Zheng, Lirong Cui & Alan G. Hawkes,A study on a Single–unit Markov repairable system with repair time omission,IEEE Transactions on Reliability, 2006,55(2):182-188
    [91] Zhihua Zheng,Lirong Cui and Alan G. Hawkes,A Further Study on a Single-unit Repairable System[C],International Conference on Reliability Maintainability and Safety,Beijing,China,2007,Aug22-26:151-155
    [92] Lirong Cui,Haijun Li,Markov Repairable Systems with History-Dependent Up and Down States[J],Stochastic Models,2007,23(8):665-681
    [93] Cui LR, Kuo W,Li JL & Xie M,On the dual Reliability systems of ( n, f , k )and ? n, f ,k? [J], Statistics and Probability Letters,2006,76(9):1081-1088
    [94] Kontoleon JM. Reliability determination of a consecutive-k -out-of-n : F system[J]. IEEE Transactions on Reliability,1980,29(12):431-437
    [95] Kossowand A & Preuss W,Reliability of linear consecutively-connected systems with multistate components[J],IEEE Transactions on Reliability,1995,44(3):518-522
    [96] Ksir B, Weibull A. Limit law for a 2-dimensional consecutive-k -out-of-n : F system[J].Proceeding of Mathematical Methods in Reliability,2000,8(9):651-654
    [97] Kuo W,Zuo MJ. Optimal reliability modeling: Principles and applications[M].NJ:Wiley, Hoboken,2002
    [98] Levitin G & Lisnianski A,Structure optimization of multi-state system with two failure modes[J],Reliability Engineering and System Safety,2001,72(4):75-89
    [99] Levitin G,Optimal allocation of elements in linear multi-state sliding window system[J], Reliability Engineering and System Safety,2002,76(3):247-255
    [100] Lin D,Zuo JM. Reliability evaluation of a linear k -within-consecutive-( r , s )-out-of- ( m, n ): F lattice system[J].Microelectronics & Reliability,2003,37(10):1217-1224
    [101] Lou,W.Y.W.The distribution of the usual provider continuity index under Markov dependence[J].Statistics & Probability Letters,2001,54(3):269-276
    [102] Malinowski J & Preuss W, Reliability of circular consecutively-connected systems with multi-state components[J], IEEE Transactions on Reliability,1995,44(3):532-534
    [103] Hahn G J,Gage J B.Evaluation of a start-up demonstration test[J].Journal of Quality Technology,1983,1(4)5:103-106
    [104] Balakrishnan N,Chan P S.Start-up demonstration tests with rejection of units upon observing failures[J].Annals of the Institute of Statistical Mathematics,2000,52(6): 184-196
    [105] Vance L C,McDonald G C.A class of multiple run sampling plans[J].Technometrics, 1979,21(5):141-146
    [106] Smith M L,Griffith W S. The analysis and comparison of start-up demonstration tests[J]. European Journal of Operational Research,2008,186(10):1029-1045
    [107] H Wang & H Pham,Reliability and Optimal Maintenance,Springer,London,2006
    [108]李红霞,孟宪云,李宁.可忽略部分维修时间的串联可修系统的可用度分析[J].燕山大学学报,2007,31(6):542-544
    [109]吕佳.故障影响忽略的串联和并联系统研究[D].西北大学,2007
    [110] Wolfgang Stadje, The evolution of aggregated Markov chains[J], Statistics & Probability Letters,2005,74(6):303-311
    [111] Zhiyuan Ren & Bruce H. Krogh,State aggregation in Markov decision processes[C], Proceedings of the 41st IEEE Conference on Decision and Control. Las Vegada, USA,2002: 3819-3824
    [112] D. Colquhoun & A. G. Hawkes,On the Stochastic Properties of Bursts of Single Ion Channel Openings and of Clusters of Bursts[J],Phil. Trans. R. Lond. B,1982,300(1):1-59
    [113] Cui, L.R., Kuo W, Xie M,On (f, g)-out-of-((i, j), n) system and its Reliability[C], ThirdInternational Conference on Mathematical Methods in Reliability Methodology and Practice,June,Norway,2002:(1):173-176
    [114] Li rong Cui,Maintenance Models and Optimization,Handbook of Performability Engineering[M],(Chapter 48),Springer,London,2008
    [115] Li rong Cui & Haijun,Li,Opportunistic Maintenance for Multi-Component Shock Model[M], Mathematical Method of Operations Research,2006,63(7):493-511
    [116] Li rong Cui & Haijun Li,Coherent systems of components with multivariate phase type life distributions[J],Reliability Engineering & System Safety,2007,92(3):300-307
    [117]冉伦,郑治华,崔利荣.马尔可夫可修系统新故障时间分布研究[J].兵工学报,2007,28(5): 594-597
    [118] Xujie Jia,Lirong Cui,Song Gao,The optimization of maintenance strategy for repair systems with different safe and reliability degrees[J].International Journal of Environment and Pollution,2008,6(3):105-108
    [119] Xujie Jia,Lirong Cui,The optimization of maintenance strategy for repair systems with different safe and reliability degrees[C].The 2008 international conference on Risk Management and Engineering Management,Beijing,China,November 4-6,2008:105–108
    [120] H Wang,A survey of maintenance policies of deteriorating system[J],European Journal of Operational Research,2002,139(8):469-489
    [121] Zhihua Zheng,Lirong Cui,Haijun Li,Availability of Semi-Markov Repairable Systems with History-Dependent Up and Down States[C].Proceedings of the 3rd Asian International Workshop,Taipei,Taiwan,November10-11,2008:186-193
    [122] A. G. Hawkes,A. Jalali & D. Colquhoun,Asymptotic distributions of apparent open times and shut times in a single channel record allowing for the omission of brief events[J], Phil.Trans.R.Lond.B,1992,337(5):383-404
    [123] Assad Jalali & Alan G. Hawkes,Generalized eigenproblems arising in Aggregated Markov processes Allowing for time interval omission[J],Adv. Appl. Prob.1992,24(8):302-321
    [124] Well SW,Smith JD.Making Control Chart Work for You[J].Semiconductor International,199l,14(1):86-89
    [125]何桢,李国春,石金桥.工序质量分析与控制中的多变异分析方法[J].系统工程理论与实践,2000,20(5):42-46
    [126] Amin.R.W. and Hemasinia.R.,The switching behavior of X-bar charts with variable sampling intervals[J],Communications in Statistics-Theory and Methods,1993,22:85-93
    [127] Amin,R.W.,and Miller,R.W.,A robustness study of X-bar charts with variable sampling intervals,Journal of Quality Technology (JQT),1993,25:36-44
    [128]王兆军.关于动态质量控制图的设计理论[J].应用概率统计,2002,18(3):316-319
    [129]粟智.质量控制图的原理和方法及在仪器分析中的应用[J].理化检验,2005,(41):343-347
    [130]彭泽军,陈辉,周定果.质量控制图及其工序质量控制[J].机械设计与制造,2008,(8):139-142
    [131] Barnard,G.A.Control charts and stochastic processes.Journal of the Royal Statistical Society,Series B,1959,21(2):239-271
    [132]邬晓光主编.工程质量控制与管理[M].北京:人民交通出版社,2005
    [133]王毓芳主编.统计过程控制的策划与实施[M].北京:中国经济出版社,2005
    [134]尚有林,李保安.控制图在工序质量控制中的应用[J].洛阳工学院学报,2001,22(2):33-35
    [135]王建稳.多品种小批量生产情形下的工序质量控制[J].数理统计与管理,2002.21(4):75-79
    [136]谭爱红,周胜等.车间级产品加工质量控制的研究[J].机械设计与制造,2005(8):85-86
    [137]杨跃进主编.统计过程控制技术[M].北京:航空工业出版社,2003
    [138]于振凡.最新统计抽样检验与过程控制实用教程[M].北京:中国标准出版社,2004
    [139]肖慧,张玉柱.GB/T 2828.1-2003《计数抽样检验程序.第一部分:按接收质量限(AQL)检索的逐批检验抽样计划》理解与实施[M].北京:中国标准出版社,2003
    [140]毛昭勇,宋保维,胡海豹.基于优化分析的计数抽样检验方法[J].兵工学报,2008,29(4): 431-435
    [141]范永亮.四类连续型抽样方案的特性比较[J].数理统计与管理,1995,14(4):47-53
    [142]马毅林,严擎于.工业产品抽样检验方法[M].北京:机械工业出版社,1984
    [143]史文中,刘春,刘大杰.基于一般抽样原理的GIS属性数据质量评定方法[J].武汉大学学报.信息科学版,2002,27(5):445-450
    [144]张驰.六西格玛控制阶段:中国企业管理中心培训专用教材[M].广州:广东经济出版社,2002
    [145]张耀中.质量抽样检验标准实施指南[M].深圳:海天出版社,2004
    [146]国家质量技术监督局.GB/T 13262-91不合格品率的计数标准型一次抽样检查程序及抽样表[S].北京:国家质量技术监督局,1992
    [147]国家质量技术监督局.GB/T 15239-94孤立批计数抽样检验程序及抽样表[S].北京:国家质量计数监督局,1995
    [148] International Organization for Standardization.ISO 2859-1.Sampling procedures for inspection by attributes.Part 1:Sampling schemes indexed by acceptance quality limit AQL for lot-by-lot inspection[S].Geneva;ISO,1995
    [149]张玉柱,马毅林等.GB/T 2828.1-2003计数抽样检验程序第1部分:按接收质量限(AOL)检索的逐批检验抽样计划理解与实践[M].北京:中国标准出版社,2003
    [150]于善奇.抽样检验与质量控制[M].北京:北京大学出版社,1991
    [151]张玉柱,曹世民,胡自伟等.调整型抽样检验系统理论与应用[M].北京:国际工业出版社,2005
    [152]刘大杰,刘春.GIS数字产品质量抽样检验方案探讨[J].武汉测绘科技大学学报,2000,4(25): 348
    [153]邱东.多指标综合评价方法的系统分析[M].北京:中国统计出版社,1991
    [154]杜栋,庞庆华.现代综合评价方法与案例精选[M].北京:清华大学出版社,2005
    [155]张家秀.模糊综合评判法在统计分析中的应用[J].安徽技术师范学院学报,2004,18(6):48-50
    [156]李洪兴,汪培庄.模糊数学[M].北京:北京国防工业出敝社,1994
    [157]王明涛.多指标综合评价中权系数确定的一种综合分析方法[J].系统工程,1999,(3):108-112
    [158]戴西超,张庆春.综合评价中权重系数确定方法的比较研究[J].煤炭经济研究,2003,11(2): 86-88
    [159]秦寿康.综合评价原理与应用[M].北京:电子工业出版社,2003
    [160]王宗军.综合评价的方法、问题及其研究趋势[J].管理科学学报,1998,1(1):75-79
    [161]孙威武.评价因素权重向量的确定方法[J].理论新探,2002,151(7):17-18
    [162] Hwang C L. Md Aasud A S.Multiple Objective Decision-Making Methods and Applications[M]. Berlin:Spring-Verlag Press,1979:322-325
    [163]吴小萍,张小勇,孟祥定.复杂系统决策的综合评价方法研究[J].系统工程与电子技术,2004,26(12):1807-1811
    [164]孙利荣.现代综合评价理论的发展[J].中国统计,2009,(6):59-61
    [165]李博.多指标综合评价方法应用中存在的问题与对策[J].沈阳工程学院报,2010,6(2): 202-204
    [166]陈衍泰,陈国宏,李美娟.综合评价方法分类及研究进展[J].管理科学学报,2004,7(2):69-79