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Rescue Resource Scheduling Based On Dynamic Game Of Freeway

Posted on:2017-08-17Degree:MasterType:Thesis
Country:ChinaCandidate:Y C WangFull Text:PDF
GTID:2346330515465044Subject:Project management
Abstract/Summary:PDF Full Text Request
Since the domestic freeway network was been basically formed,our freeway mileage has joined in the first group of the world.But in recent years,accidents on the freeway also showed increasing trend,causing serious casualties and property losses.However,the construction of our country in terms of freeway emergency rescue is not enough,most of them in the initial construction.The hardware and software of the emergency rescue are not perfect.So the mortality rate of our country's freeway traffic accident remains high level.Emergency management is an important part of the freeway operation,and it has great significance to the freeway sustainable development.This thesis analyzes the classification and characteristics of highway traffic incident,and summed up the peculiar laws of highway accident rescue.Then established the relief resources scheduling model based on the rescue deployment of resources process.Against the rescue characteristics,dynamic resource allocation game is used to analysis the rescue process.The emergency rescue command center and traffic incident were seen the two sides of the game,which established a dynamic model of decision-making under incomplete information.And used a example of practical issues to discussed highway emergency resource sc heduling.For linkage of rescue resources research,this chapter use network technology of project management,combined with highway traffic emergency management in management objectives to study the expression of the network diagram rescue plan.And against particular traffic accident,that established a network timing diagram to analyzed Rescue Response System's problem,and propose measures to improve it.Finally,summarized the full text and point the further research direction in the future.
Keywords/Search Tags:Accident Rescue, Allocation of resources, Linkage System, Dynamic Game
PDF Full Text Request
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