'evacuation path' is a correct and usable phrase in written English.
The phrase is typically used in emergency situations when describing the route to take in order to evacuate the area. For example, "In the event of an emergency, please follow the designated evacuation path out of the building."
In this way, IEGS can effectively suggest the "best" evacuation path to occupants depending on the effective human behaviours.
For example, the user requests an evacuation path, using his smartphone, when he finds himself in a dangerous place or situation in a building.
The combined components of this system were shown to work efficiently together to recommend the quickest and shortest evacuation path to users in emergency indoor situations.
RescueMe utilizes already existing smartphones, in conjunction with cloud servers, to localize users inside buildings to provide them with critical information and an optimal evacuation path to follow during emergency situations.
Six objectives including risks associated to paths and shelter locations, evacuation path lengths, and the final evacuation time from shelters to, for instance, hospitals, were considered in a mixed integer linear programming model.
But you still may feel hemmed in, threatened on every side, limited to a choice of evacuation paths.
This paper introduces a multiobjective approach to identify evacuation paths and the location of shelters for urban evacuation planning.
In an emergency evacuation, evacuation paths are often prone to congestion, possibly resulting in congestion and stampede accidents.
The proposed continuous wayfinding system (CWS) is composed by PLM tiles along evacuation paths (both corridors and stairs).
Then, they could elaborate these data through smart inducing algorithm so as to suggest dynamic evacuation paths to occupants.
Coutinho-Rodrigues et al. (2012) developed a multiobjective approach to identifying evacuation paths and shelter locations for urban evacuation planning based on GIS technology.
