carolang edited Procedimiento_Obtener_la_lista_de__.tex  about 8 years ago

Commit id: 79be43d4801eeef5dbb00e550e36cb90d5938c07

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% Reviewed up to here  \subsection{Heatmap generation}  With the collected data, we generated heatmaps to make a visualization of the mentioned indicators for each antenna.    We generated a circle for each cell where:  %Generamos un c\'irculo por cada celda donde:  \begin{itemize}  \item the \textbf{area} depends on the on the population of the antenna's area.  %el \textbf{\'area} depende de la cantidad de usuarios (habitantes),  \item the \textbf{color}, to the percentage of vulnerable users living there.  %el \textbf{color} corresponde al porcentaje de usuarios vulnerables que viven en esa antena.  \end{itemize}  We generated heat maps from the processed data where each cell was represented by its communications with  the ecoregion.  %A partir de los datos obtenidos, generamos mapas de calor que representan las comunicaciones de la celda con el Gran Chaco.    We generated a circle for each cell where:  %Generamos un c\'irculo por cada celda donde:  \begin{itemize}  \item the \textbf{area} depends on the on the volume of use.  %el \textbf{\'area} depende de la cantidad de usuarios (habitantes),  \item the \textbf{color} corresponds to the percentage of use which is vulnerable in that antenna.  %el \textbf{color} corresponde al porcentaje de usuarios vulnerables que viven en esa antena.  \end{itemize}  \begin{block}{Antenna Filter}  We built two filtering parameters $\beta$ and $min\_volumen$ which will control the antennas to be plotted.  Every antenna will be plotted if: