article · Safety and Environmental Engineering · 2015

Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision

Cited by 0Abstract and details only

Abstract

The location problem of emergency rescue station is an important part of safety production in coal mine.The decision-makers need to consider the factors,time,cost and resources,especially the efficiency of emergency rescue.In view of the character,this paper firstly selects out the candidate locations of emergency rescue station by p-center model based on the time target;then the paper uses the multi-objective decision model to make a decision with considering three targets including time,cost and resources.Finally the paper applies the linear weighted summation model to determine the address of the emergency rescue station of coal mining area.The paper references instances to detail the implementation processes of the location decision.What's more,the paper helps decision-makers from coal mining area to choose the right location of emergency rescue station with some instances of the implementation processes of selecting the emergency rescue station in detail.

Cite this paper

APA 7

Yayan, W. (2015). Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision. Safety and Environmental Engineering.

MLA 9

Yayan, Wang. “Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision.” Safety and Environmental Engineering, 2015.

Chicago

Yayan, Wang. 2015. “Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision.” Safety and Environmental Engineering.

Harvard

Yayan, W. (2015) ‘Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision’, Safety and Environmental Engineering.

BibTeX

@article{yayan2015location,
  title = {{Location Selection for Emergency Rescue Station of Coal Mining Area Based on Multi-objective Decision}},
  author = {Yayan, Wang},
  journal = {Safety and Environmental Engineering},
  year = {2015}
}

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