2010年風(fēng)險(xiǎn)與可靠性管理國(guó)際會(huì)議論文匯編

前言

We are very pleased to present to you the conference proceedings that contain all paperspresented at 2010 International Conference on Risk and Reliability Management （RRM 2010）. Thisis the second conference in the series of RRM conferences; it brings together researchers andpractitioners from many countries and regions. The diversity of research topics covered events thatcan be seen in the Conference Program. The RRM 2010 to be held in Beijing, China in October 23-25, 2010, is hosted by School ofManagement & Economics, Beijing Institute of Technology. It is sponsored simultaneously bySchool of Management & Economics, Beijing Institute of Technology and School of Engineering &Applied Science, The George Washington University. Systems Engineering Society of Beijing andthe Reliability Branch of OR Society of China are co-organizers of the conference. The conferencealso is supported by the National Natural Science Foundation of China （NSFC）. The objective ofthe 2010 RRM Conference is to provide a forum for academics and practitioners from all over theworld to share the results of recent researches, as well as visions and experiences in the field of riskmanagement and reliability. Focused on risk management and reliability, the proceedings present result of theoreticalresearch or application case studies. They range from mathematical modeling to engineeringapplications. We are particularly happy to see many young researchers presenting their researchfindings at this event. These papers are grouped under different session names. We are very grateful to all authors and session chairs for contributing actively in thisconference. We should also acknowledge that the conference secretariat and student assistants fortheir efforts in promoting and assisting in organizing this conference. Finally, we appreciate the support of School of Management & Economics, Beijing Institute ofTechnology, School of Engineering & Applied Science, The George Washington University, theNational Natural Science Foundation of China （NSFC）, Systems Engineering Society of Beijingand the Reliability Branch of OR Society of China. We hope that you enjoy the conference, and look forward to meeting you again in the nextconference in the near future.

內(nèi)容概要

　　We are very pleased to present to you the conference proceedings that contain all paperspresented at 2010 International Conference on Risk and Reliability Management （RRM 2010）. Thisis the second conference in the series of RRM conferences; it brings together researchers andpractitioners from many countries and regions. The diversity of research topics covered events thatcan be seen in the Conference Program.

作者簡(jiǎn)介

編者：李金林 （美國(guó)）馬沙治

書籍目錄

Analysis of Rangeland Resources in China's Mountain Areas for Mitigating Global WarmingOptimize Public Transit Situation in Xi'an International Port Zone Based on Queuing TheoryEffects of Fatigue Loading Adjustment on the Dynamical Reliability of CompositeDesign for Constant Accelerated Life Test of Solenoid ValveA Study on Internal Risk Identification and Quantitative Measurement of Industrial ClusterBased on Fuzzy AHP ModelMathematical Model of Risk Effect of Scientific and Technological AchievementsTransformation and Interests of the MechanismManufacturing Enterprise Supply Chain Vulnerability and Risk Management Research——Take Toyota Global Recalls as the CaseResearch on Risk Analysis and Automatic Control Methods of Chlorine ChlorinationProcess EngineeringOn the Construction of Prevention Mechanism against Legal Risks in EnterprisesA Note on Optimal Proportional Reinsurance ControlTheoretical Analysis of Relationship between Reliability-centered Maintenance andCondition Based MaintenanceRisk Analysis on Two-Factor International FactoringResearch of Reliability Distribution for Weapon System on Dynamic Programming MethodQuantitative Risk Assessment for Chemical Process IndustriesAnalysis on Expansion Risk of Chinese Real Estate Public Companies andTheir Financial StrategyThe Impact of Ownership Structure on Financial Risk of Chinese Listed CompaniesFinancial Risk Management of Real Estate Enterprises under New EnvironmentA Evaluation Model for Supply Chain Collaboration RiskReliability Centered Maintenance for Floating Offshore Wind Power SystemsStudy on the Quantitative Risk Assessment of Major Hazard Installations in theChemical Industrial ParkStudy on Profit Distribution Model for Value-based Risk-sharing Travel Agencies andTheir Supply Chain PartnersSurvival Environment Risk and Accident Mechanism Analysis of Underground PipelineReliability Life Analysis Based on New Weibull DistributionVAM Applied to PE Investment Based on the Analysis of Game TheoryTwo Fuzzy Credit Risk Evaluation Models for China's Commercial Bank Loans to Large andMedium-Sized EnterprisesRisk Budgeting and Asset Allocation in Portfolio ManagementConstruction of the Risk Quantitative Evaluation System of the System Management Pattern of Supply ChainThe Application of Fuzzy Comprehensive Evaluation Method in Project Risk AssessmentBuilding Up "Student-oriented" Emergency Management Mechanism forHigher Vocational CollegesRisk Analysis and Countermeasures of Vaccines SafetyThe Reliability Analysis of Redundant System in the EngineAdministrative Costs of Public Emergencies ControlThe Risk Management of China's Securities Investment Fund and a Look at Internal ControlWeibull-Gompertz Regression Model used in Accelerated Life Testing forCompeting Failure Modes ConsiderationThe Study on the Risk Control in Forensic Accounting Appraisal Based on theAppraisal EvidenceSeven Modules Risk Assessment System of Urban Gas Pipeline NetworkThe Assessment of the Risk of Investment Projects Based on System DynamicsSupply Chain Risk Management for SMEsThe Research of the Contagion Mechanism of Financial Crisis Based on the GlobalLarge-Scale Economic SystemWater Supply-Allocation Problem with VaR CriteriaStudy on Coordinated Development of Super-large Scale Coal Mine GroupsThe Research on Identifying the Risk Factors in the International M & A Case Based onthe Acquisition of Australian Felix Resources Limited by Yanzhou Coal Mining Company LimitedRisk Analysis of University New Campus Construction ProjectsChina's Real Estate Bubble and Credit Risk ManagementCorrelation Study of Accounting Information and Stock Investment Risk in ChinaThe Brand Crisis Management: Application of Analytic Network Process in theAutomobile BusinessQuantification of Operational Risk of Health Insurance Companies in Spain Using External DataThe Probabilistic Analysis Method of Release Accident Rate for Radioactive Material TransportTheoretical Review to the Definition of the IBEX35 Stock Index as the Market Portfolio in SpainAUTHOR INDEX

章節(jié)摘錄

插圖：The role of rangeland in improving the ecological environment and maintaining ecologica]balance is mainly embodied in three aspects, that is, the leading role in comprehensive managemenlof all types of degraded land, the main role in comprehensive management of scientificdevelopment in mountain areas, and the special role in recreation of beautiful mountains and riversand the development of recycling economy. The sustainable use of rangeland resources means thatthe grassland resources should not only meet the needs of contemporary people but also not prevenlfuture generations from their own needs. That is to say, the rangeland resources should not onlyensure the normal people's needs in production and living in mountain areas but also meet theirneeds in ecological safety, that is, maintain the virtuous circle of the rangeland eco-economicsystem. With the increasing population and the gradual improvement of living standards, more andmore attention has been paid to how to make full use of rangeland resources and improve theireconomic and ecological benefits as much as possible, so as to continuously improve the humanstandard of living and maintain a good living environment. Rangeland degradation, as a worldwideproblem, is not only an eco-environmental problem but also a socio-economic issue. This is becauserangeland degradation is often together with the fragile ecological environment and unsustainabledevelopment. Actually, in many cases, rangeland degradation indicates the failure relationshipamong population, resources and environment[5]. In mountain areas, rangeland degradation isclosely related to over-population, climate changes, meager natural resources, inadequateinvestment, poor governance, extensive management, and the development concept concentratingon development but ignoring governance. The risk of rangeland degradation is a real but an easilyoverlooked problem. Rangeland degradation is not only an agricultural natural disaster but alsoclosely related to the country's ecological security and water security. Generally speaking,rangeland areas are not suitable for farming and reclamation of rangeland may cause serious landdegradation of mountain areas. The productivity （biomass yield） of these grasslands is highlyinfluenced by summer rains. Primary productivity in this cold arid region is low compared to moretemperate, moist regions. Consequently, these rangelands are prone to overutilization anddegradation. A frequently repeated statistic is that 90% of China's grasslands are degraded to someextent[6] and studies from Qinghai and Tibet report that 23% and 17.2% of the total grassland areasare moderately or severely degraded. The productivity of rangelands has been adversely affecteddue to misuse and overgrazing, n accordance with the National Grassland Ecosystem ConstructionPlanning and National Grassland Monitoring Report 2007, China's ecological environment ofrangeland presented the overall deterioration and local improvements in 2007.

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《2010年風(fēng)險(xiǎn)與可靠性管理國(guó)際會(huì)議論文匯編(英文版)》是由北京理工大學(xué)出版社出版的。

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