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changed authors and heading

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toni
2020-01-16 13:07:26 +01:00
parent 1960fbb982
commit 8f6564342b
2 changed files with 6 additions and 6 deletions
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10
tex/bare_conf.tex
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@@ -32,7 +32,7 @@
%\updates{yes} % If there is an update available, un-comment this line %\updates{yes} % If there is an update available, un-comment this line
\Title{Integrating 802.11 Fine Timing Measurements into an Indoor Localization System} \Title{Integrating 802.11 Fine Timing Measurements into an Indoor Positioning System}
% Author Orchid ID: enter ID or remove command % Author Orchid ID: enter ID or remove command
\newcommand{\orcidauthorA}{0000-0002-4698-8232} % Add \orcidA{} behind the author's name \newcommand{\orcidauthorA}{0000-0002-4698-8232} % Add \orcidA{} behind the author's name
@@ -40,12 +40,12 @@
\newcommand{\orcidauthorC}{0000-0001-7213-1024} % Add \orcidC{} behind the author's name \newcommand{\orcidauthorC}{0000-0001-7213-1024} % Add \orcidC{} behind the author's name
% Authors, for the paper (add full first names) % Authors, for the paper (add full first names)
\Author{Toni Fetzer$^{1,*}$\orcidB{}, Frank Ebner$^{1}$\orcidA{}, Markus Bullmann$^{1}$\orcidC{}, Frank Deinzer$^{1}$ and Marcin Grzegorzek$^{2}$} \Author{Markus Bullmann$^{1}$\orcidC{}, Toni Fetzer$^{1,*}$\orcidB{}, Frank Ebner$^{1}$\orcidA{}, Frank Deinzer$^{1}$ and Marcin Grzegorzek$^{2}$}
% Authors, for metadata in PDF % Authors, for metadata in PDF
\AuthorNames{Toni Fetzer, Frank Ebner, Markus Bullmann, Frank Deinzer and Marcin Grzegorzek} \AuthorNames{Markus Bullmann, Toni Fetzer, Frank Ebner, Frank Deinzer and Marcin Grzegorzek}
\keyword{indoor localization; Wi-Fi; PDR; sensor fusion; smartphone; particle filter; sample impoverishment; estimation; historic buildings; navigation mesh} \keyword{fine timing measurement; Wi-Fi; position estimation; sensor fusion; smartphone; indoor positioning system; IEEE 802.11-2016}
% Affiliations / Addresses (Add [1] after \address if there is only one affiliation.) % Affiliations / Addresses (Add [1] after \address if there is only one affiliation.)
\address{% \address{%
@@ -53,7 +53,7 @@ $^{1}$ \quad University of Applied Sciences W\"urzburg-Schweinfurt - Faculty of
$^{2}$ \quad University of Siegen - Pattern Recognition Group; marcin.grzegorzek@uni-siegen.de} $^{2}$ \quad University of Siegen - Pattern Recognition Group; marcin.grzegorzek@uni-siegen.de}
% Contact information of the corresponding author % Contact information of the corresponding author
\corres{Correspondence: toni.fetzer@fhws.de} \corres{Correspondence: markus.bullmann@fhws.de}
% missing math operators % missing math operators

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tex/chapters/1_introduction.tex
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@@ -1,7 +1,7 @@
\section{Introduction} \section{Introduction}
\label{sec:intro} \label{sec:intro}
% (3/4 - 1 Seite) % (3/4 - 1 Seite)
Many indoor positing system (IPS) rely on radio technologies for estimating a pedestrian's position inside a building \cite{Ebner-15}. Probably the most widespread approaches are those based on Received Signal Strength Indication (RSSI) provided by Wi-Fi, as many buildings nowadays offer good infrastructure and as the be located receiver, standard smartphones can be used. These two features make Wi-Fi particularly interesting for the commercial consumer market, e.g. navigating inside an airport or shopping mall. Many indoor positioning system (IPS) rely on radio technologies for estimating a pedestrian's position inside a building \cite{Ebner-15}. Probably the most widespread approaches are those based on Received Signal Strength Indication (RSSI) provided by Wi-Fi, as many buildings nowadays offer good infrastructure and as the be located receiver, standard smartphones can be used. These two features make Wi-Fi particularly interesting for the commercial consumer market, e.g. navigating inside an airport or shopping mall.
%Probleme von RSSI %Probleme von RSSI
By measuring the RSSI emitted from Wi-Fi access points (AP) at known locations, the receiver and thus the pedestrian is able to get its current position using the principles of multilateration. By measuring the RSSI emitted from Wi-Fi access points (AP) at known locations, the receiver and thus the pedestrian is able to get its current position using the principles of multilateration.