Difference between revisions of "Group12 Visualization"

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=<font size="4">Visualization</font>=
 
=<font size="4">Visualization</font>=
 
<br/>• We use a lot visual meters to formulate the trend of each indicator that has been chosen for the analysis. Below we have given some sample visuals of the time series trend taking for example, Afghanistan and Singapore countries as sample.
 
<br/>• We use a lot visual meters to formulate the trend of each indicator that has been chosen for the analysis. Below we have given some sample visuals of the time series trend taking for example, Afghanistan and Singapore countries as sample.
<br/>• <font size="3">'''Visual 1'''</font> : In this visualization, we have plotted the time series trend of '''Adjusted Savings from Carbon dioxide damage in USD''' in Afghanistan. We can clearly see, from 1960-1965 there was no readings of this measure in the nation, after 1965 there has been a uniform trend over the years until 2006, after 2007, there was an uptrend of the savings value. It is evident that the value is the maximum in 2017, making the value for the year 2018 still higher.<br/><br/>[[Image:Viz_1.png|center|350px|alt=Afghanistan savings of CO2]]
+
<br/>• <font size="3">'''Plot 1'''</font>: In this visualization, we have plotted the time series trend of '''Adjusted Savings from Carbon dioxide damage in USD''' in Afghanistan. We can clearly see, from 1960-1965 there was no readings of this measure in the nation, after 1965 there has been a uniform trend over the years until 2006, after 2007, there was an uptrend of the savings value. It is evident that the value is the maximum in 2017, making the value for the year 2018 still higher.<br/><br/>[[Image:Viz_1.png|center|400px]]
 +
<br/>• <font size="3">'''Plot 2'''</font>: In this visualization, we have plotted the time series trend of '''Education Expenditure for Afghanistan in % GNI'''. We can clearly see, from 1960-1965 there was no readings of this measure in the nation, after 1965 till 1970 there has been fluctuating expenditure on the education, but after 1970 its a perfect uniform trend over the years until 2010, At 2011, there had been a huge downfall in the trend and then it again rose and fell.<br/><br/>[[Image:Viz_2.png|center|400px]]
  
  

Revision as of 17:39, 17 June 2018

Project 1.gif  *Have the Nations really progressed ?

PROPOSAL

Abstract

Objective

Data Source

Insights & Visualizations

References

Go Back


Insights and Visualization


Insights



Visualization


• We use a lot visual meters to formulate the trend of each indicator that has been chosen for the analysis. Below we have given some sample visuals of the time series trend taking for example, Afghanistan and Singapore countries as sample.


Plot 1: In this visualization, we have plotted the time series trend of Adjusted Savings from Carbon dioxide damage in USD in Afghanistan. We can clearly see, from 1960-1965 there was no readings of this measure in the nation, after 1965 there has been a uniform trend over the years until 2006, after 2007, there was an uptrend of the savings value. It is evident that the value is the maximum in 2017, making the value for the year 2018 still higher.

Viz 1.png


Plot 2: In this visualization, we have plotted the time series trend of Education Expenditure for Afghanistan in % GNI. We can clearly see, from 1960-1965 there was no readings of this measure in the nation, after 1965 till 1970 there has been fluctuating expenditure on the education, but after 1970 its a perfect uniform trend over the years until 2010, At 2011, there had been a huge downfall in the trend and then it again rose and fell.

Viz 2.png


Tools for Visualization and Data Cleaning


•Data Cleaning


• We have a lot of data to be cleaned for the proper data set for the analysis. The data cleaning is done using the SAS-JMP tool, removing the necessary rows and recoding the missing values. Besides, we also use Microsoft Excel for small and quick cleaning.

•Visualization


• We use different tools for the visualization of the data. These include R Markdown, R Shiny, Tableau for now.

• We use the R tool to moel the entire project.In R Shiny, we use the xts package for data manipulation and beneficiary in plotting time series chart. We also use ggplot2,plotly,lubridate for plotting visuals in R and manipulating the date structure. Following it, we use dynlm/ardl a tool for time series regression analysis. We have also planned to forecast the future values of the indicators for a country using R, this need the package forecast.

• We also use the Tableau for the quick visualization of any data. The Tableau has more packages for making the visuals with much less effort. In Tableau there is a restriction to use a limited number of rows for visualization, hence we use only a certain specific rows for the visuals in Tableau.