AbstractIn this paper a model for active and dynamic people evacuation is presented. Proposed model optimizes evacuation process according to chosen evaluation factor. Model contains an algorithm for determining all possible evacuations plans which are represented as a sets of graphs. This two-layer approach allows for fast calculations, which can be conducted in a time short enough for the results to be used for active dynamic evacuation signage system. In certain times of the evacuation simulation or real evacuation, route assessment calculations are carried out. When the calculations are completed, the result is presented as a recommended direction of evacuation
Route choice of pedestrians during an emergency evacuation can be influenced by many factors. In thi...
Rapid evacuation from large buildings is challenging due to their complex layout making wayfinding d...
By applying the probabilistic method and optimization synthesis of flexible technological lines, top...
AbstractIn this paper a model for active and dynamic people evacuation is presented. Proposed model ...
© 2018 Elsevier B.V. In a complex built environment, the situation changes rapidly during an emergen...
© 2018 Elsevier B.V. In a complex built environment, the situation changes rapidly during an emergen...
This paper concerns an innovative methodology aimed towards specifying the best evacuation plan in a...
The ability to use signage information to wayfind and determine the location of facilities within bu...
In a complex built environment, the situation changes rapidly during an emergency event. Typically, ...
This article describes different techniques for calculating escape routes in cases of emergency. The...
In large buildings, during the situation of fire or other hazards, a smart evacuation guidance syste...
With the growing pressure on available urban space and the construction of more and more complex bui...
Over the last 10 years, the need to guarantee safety in the habitability of buildings has led to the...
With the growing pressure on available urban space and the construction of more and more complex bui...
AbstractFor the problems of evacuation with several exits under the limiting condition of fire smoke...
Route choice of pedestrians during an emergency evacuation can be influenced by many factors. In thi...
Rapid evacuation from large buildings is challenging due to their complex layout making wayfinding d...
By applying the probabilistic method and optimization synthesis of flexible technological lines, top...
AbstractIn this paper a model for active and dynamic people evacuation is presented. Proposed model ...
© 2018 Elsevier B.V. In a complex built environment, the situation changes rapidly during an emergen...
© 2018 Elsevier B.V. In a complex built environment, the situation changes rapidly during an emergen...
This paper concerns an innovative methodology aimed towards specifying the best evacuation plan in a...
The ability to use signage information to wayfind and determine the location of facilities within bu...
In a complex built environment, the situation changes rapidly during an emergency event. Typically, ...
This article describes different techniques for calculating escape routes in cases of emergency. The...
In large buildings, during the situation of fire or other hazards, a smart evacuation guidance syste...
With the growing pressure on available urban space and the construction of more and more complex bui...
Over the last 10 years, the need to guarantee safety in the habitability of buildings has led to the...
With the growing pressure on available urban space and the construction of more and more complex bui...
AbstractFor the problems of evacuation with several exits under the limiting condition of fire smoke...
Route choice of pedestrians during an emergency evacuation can be influenced by many factors. In thi...
Rapid evacuation from large buildings is challenging due to their complex layout making wayfinding d...
By applying the probabilistic method and optimization synthesis of flexible technological lines, top...