Result with impact on practice detail

Modelling Fire Incidents Response Times in Ålesund

Christmas, J.; Bergmann, R.; Zhakatayev, A.; Rebenda, J.; Singh, S.

Original Title

Modelling Fire Incidents Response Times in Ålesund

English Title

Modelling Fire Incidents Response Times in Ålesund

Type

Research report

Original Abstract

In the ESGI-156 project together with Ålesund Brannvesen we develop a model for response times to fire incidents on publicly available data for Ålesund (Norway). We investigate different scenarios and a first step towards an interactive software for illustrating the response times in this extended report.

English abstract

In the ESGI-156 project together with Ålesund Brannvesen we develop a model for response times to fire incidents on publicly available data for Ålesund (Norway). We investigate different scenarios and a first step towards an interactive software for illustrating the response times in this extended report.

Keywords

Mathematical modelling; fire incidents; response times; interactive heatmap; Matlab; Julia; Dijkstra's algorithm; OpemStreetMap; Haversine formula; Overpass Turbo

Key words in English

Mathematical modelling; fire incidents; response times; interactive heatmap; Matlab; Julia; Dijkstra's algorithm; OpemStreetMap; Haversine formula; Overpass Turbo

Authors

Christmas, J.; Bergmann, R.; Zhakatayev, A.; Rebenda, J.; Singh, S.

Released

25.09.2024

Publisher

Cornell Tech

Location

New York, USA

Pages from

1

Pages to

38

Pages count

38

URL

https://arxiv.org/pdf/2409.15282

BibTex

@techreport{BUT189726,
  author="Christmas, J. and Bergmann, R. and Zhakatayev, A. and Rebenda, J. and Singh, S.",
  title="Modelling Fire Incidents Response Times in Ålesund",
  year="2024",
  publisher="Cornell Tech",
  address="New York, USA",
  pages="1--38",
  doi="10.48550/arXiv.2409.15282",
  url="https://arxiv.org/pdf/2409.15282"
}

Responsibility: Ing. Marek Strakoš