The influences of a forest fire on its neighborhoods using cellular [631057]

Submission Form
Manuscript Title: The influences of a forest fire on its neighborhoods using cellular
automaton model
MS Info: FS-TMP-15-182
MS Type: APPLIED RESEARCH
Authors:# Name Affiliation Email Address
1Elena –
Camelia
MUȘAT IIITransilvania
University of
[anonimizat]
2Valentina
Doina
CIOBANUTransilvania
University of
[anonimizat]
3 Marius PĂUNTransilvania
University of
[anonimizat]
4Adela-Eliza
DUMITRASCUTransilvania
University of
[anonimizat]
5Ioan Valentin
Marcel POSEASpiru Haret
[anonimizat]
Cover Letter: We hope that the subject of this paper is on the topic of your Journal,
because it analyzes the influence of forest fires on the neighborhoods
using a cellular automaton model.
We submit this paper with the hope that will be accepted for
publishing because the first author need this article to be employed
at the Transilvania University of Brasov.
Even if the figures are color, if the paper will be accepted, we want to
be published normal (black), and we will modified them.
Acknowledgments: This paper is supported by the Sectoral Operational Programme
Human Resources Development (SOP HRD), financed from the
European Social Fund and by the Romanian Government under the
project number POSDRU/159/1.5/S/134378. We hereby acknowledge
the structural founds project PRO-DD (POS-CCE, O.2.2.1., ID 123,
SMIS 2637, ctr. No 11/2009).
Abstract: The aim of the present paper is to produce a model for the
propagation of a forest fire analyzing the influences that the fire zone
has on its neighborhoods. The model is a Moore cellular automaton
type. It depends on six parameters: the medium slope of the
elementary cell, the layer type, and the burning time of the fuel, the
fuel type, the wind direction and speed. In order to study the
influences of various parameter configurations on the system of
vicinities of a fire cell we construct some special directional
correlation functions. An application is elaborated based on real data.
Section: fire & fuels management
Keywords: mathematical modeling cellular automata model forest
fire General General General
MS Details:# of Text Pages: 8
Total # of Figures: 9
# of Tables: 2
# of Color Figures: 0
# of Words in MS: 1673
# of Words in Abstract: 101
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Suggested Reviewers:
Reviewer 1
Name:: Ljiljana BODROZICV iew/Print Submission Form https://www.rapidreview.com/SAF/GUIs/V iewPrintSubmissionForm.jsp
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Email: [anonimizat]
Email: University of Split – Croatia
Phone:
Reviewer 2
Name:: Joseph QUARTIERI
Email: [anonimizat]
Email: University of Salerno – Italy
Phone:
Reviewer 3
Name:: L. Hernandez ENCINAS
Email: [anonimizat]
Email: Institute of Applied Physics – Spain
Phone:

Reviewers Not to Use:
Conflict Of Interest:
# NameDescription of Conflict of
Interest
1Elena – Camelia MUȘAT
IIINone +
2 Valentina Doina CIOBANU None
3 Marius PĂUN None
4 Adela-Eliza DUMITRASCU None
5Ioan Valentin Marcel
POSEANone
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Copy of 03/03/2006V iew/Print Submission Form https://www.rapidreview.com/SAF/GUIs/V iewPrintSubmissionForm.jsp
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