GIS Based Dynamic Modeling of Fire Spread with Heterogeneous Cellular Automation Model and Standardized Emergency Management Protocol
This paper presents a GIS based dynamic model of fire spread using heterogeneous cellular automation simulation, given a set of stochastic ignition points and initial environmental settings. Modeling forests and concrete buildings in different types of cells, we have developed the algorithm for fire spread in hybrid urban scenario. As a consequence, our method can model the fire spread process of fire spread from forest areas to urban areas and vice versa in a single experiment. The model is built upon B S standardized emergency management protocols, which we have customized from the Web Processing Service (WPS) And the standardized emergency management protocols can manage a set of different disaster models in a common structure. The structure of the simulation platform is established to dynamically visualize the fire spread process. And a comparison of experimental results with different wind velocity is carried out to illustrate the model.
EM GIS