@article{2284,
  author = {Yun Gao, Jiangping Zhao},
  title = {Computer Aided Fire Safety Engineering Model Based on Shortest Path Algorithm},
  journal = {Journal of Digital Information Management},
  year = {2017},
  volume = {15},
  number = {3},
  doi = {},
  url = {http://dline.info/fpaper/jdim/v15i3/jdimv15i3_1.pdf},
  abstract = {In the view of the current fire safety
emergency management system construction exists many
problems, we should change the treatment, prevention
and early warning of ideas, innovative thinking, and
expounds application of the emergency management to
build and improve the fire safety emergency management
system. Inspired by this principle, this paper proposes
the novel computer aided fire safety engineering model
based on the shortest path algorithm. In our methodology,
we primary focus on the following aspects. (1) To build a
fast and efficient aftermath disposal system composed
of information management subsystem, the science and
technology support subsystem, emergency mobilization
guarantee subsystem and the rehabilitation subsystem
and other functional subsystems. (2) Construction of the
science highly effective emergency early warning system
must establish the perfect emergency circular and the
warning system that establishes the perfect emergency
medical system. (3) The construction of the efficient
emergency response system. We have set up the sound
scientific organization system for fire control safety
emergency management decision making, based on the
functions of three level theories. In the future, we will apply
the model into real scenarios.},
}