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src/slides.Rmd

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----
-title: "Topic 8"
-date: "`r Sys.Date()`"
-output: beamer_presentation
----
-
-```{r setup, include=FALSE}
-knitr::opts_chunk$set(echo = FALSE)
-# {cat, child="../README.md"}
-```
-
-## Task
-Develop an R-based software, which will perform the following tasks:
-
-1.  download from the OpenSky Network online database the observations of the trajectory of a randomly selected aircraft on a randomly selected flight over at least five days, in uninterrupted continuity (1)
-
-2.  perform the selections in the graphical user interface (GUI) of your R script,
-
-3.  determine the characteristics of each trajectory according to the parameters: diffusion distance, straightness, duration of travel, mean travel velocity and fractal dimension (2),
-
-4.  using the R library trajr, (4) perform basic statistical analysis of the parameters of daily trajectories from (3): arithmetic mean, variance, quartiles, boxplot, estimate of the density function of the experimental statistical distribution, analyze and interpret them.
-
-
-## Methodology
-
-1. acquire data using the OpenSky API bindings in the `openSkies` R package
-
-2. use `tcltk` and `shiny` for GUI and Web Interface
-
-3. calculate required parameters using `trajr`
-
-4. calculate descriptive statistics
-
-## Contribution
-
-- extended functionality of the `openSkies` R package and created a merge request in the original repository
-
-- created a web app to display stats, density functions and boxplots
-
----
-
-![web interface](web.png)