Difference between revisions of "Dashboard"

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| style="font-family:Century Gothic; font-size:100%; solid #000000; background:#23395d; text-align:center;" width="25%" |  
 
| style="font-family:Century Gothic; font-size:100%; solid #000000; background:#23395d; text-align:center;" width="25%" |  
 
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[[IS428_AY2019-20T1_Assign_Jazreel Tho Wei Wen| <font color="#FFFFFF">Overview</font>]]
 
[[IS428_AY2019-20T1_Assign_Jazreel Tho Wei Wen| <font color="#FFFFFF">Overview</font>]]
  
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|}
 
|}
  
 
 
<br/>
 
  
 
<font size="5">'''Dashboard'''</font><br>
 
<font size="5">'''Dashboard'''</font><br>
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''Access dashboard link ''[https://public.tableau.com/views/Jazreel_MC2/Home?:embed=y&:display_count=yes&publish=yes&:origin=viz_share_link here]
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<br>
  
 
==Homepage==
 
==Homepage==
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==Sensor Analysis==
 
==Sensor Analysis==
[[File:33.png|frameless|upright=3]]]
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[[File:33.png|frameless|upright=3]]]<br>
 
 
 
This page shows the analysis by both static and mobile sensors. The top of the page consist of 2 buttons:
 
This page shows the analysis by both static and mobile sensors. The top of the page consist of 2 buttons:
 
#<b>Home</b> -> Navigates to homepage
 
#<b>Home</b> -> Navigates to homepage
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# <b>Sensor Type</b> -> Filter by Mobile, Static or All
 
# <b>Sensor Type</b> -> Filter by Mobile, Static or All
 
# <b>Neighbourhood</b> -> Filter by St.Himark's neighbourhoods
 
# <b>Neighbourhood</b> -> Filter by St.Himark's neighbourhoods
# <b>Value</b> -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider.
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# <b>Value</b> -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider. To analyse contaminated areas/cars, drag the pointer to 75 mark to filter sensors with a value of 75cpm and above
  
There are a total of 2 charts:
+
[[File:9.png|frameless|upright=3]]<br>
#<b>Radiation across Neighbourhoods</b> -> shows the movement of each sensor id on St. Hilmark map throughout the period that is being filtered. The sensor ids are being represented by different colours.
+
There are a total of 3 charts:
#<b>Radiation by Sensor id</b> -> Shows the radiation level if each sensor id taken at each timestamp over days and hours.  
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#<b>Radiation across Neighbourhoods</b> -> shows the movement of each sensor id on St. Hilmark map throughout the period that is being filtered. The sensor ids are being represented by different colours
 +
#<b>Radiation by Sensor id</b> -> Shows the radiation level of all sensor ids taken at each timestamp over days and hours. Good for checking for outliers in the data
 +
#<b>Sensor readings</b> -> Displays the radiaion level for each sensor id individually over days and hours. Good to analyze each sensor individually such as the radiation growth in each sensor and if there is any missing data for each sensor.
  
 +
==Neighbourhood Analysis==
  
 
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[[File:1011.png|frameless|upright=3]]<br>
==Neighbourhood Analysis==
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This page shows the analysis by both static and mobile sensors. The top of the page consist of 2 buttons:
[[File:22.png|frameless|upright=3]]<br>
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#<b>Home</b> -> Navigates to homepage
#<b>Average radiation across Neighbourhoods</b> -> Shows the average radiation for each Neighbourhood on the polygon map. The higher the value, the darker the red.
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#<b>Sensor</b> -> Navigates to Sensor Analysis page
#<b>Radiation changes over days by Neighbourhood</b>->Shows the percentage int the growth of the radiation readings as compared to the previous day. If there is an increase in the percentage, the data cell wiill be highlighted in red. If there is a decrease, it will be reflected in green. Else, if there is not much growth, it will be grey colour.
 
#<b>Radiation by Neighbourhood</b> -> Shows the average radiation level by mobile and static sensors over days and hours by Neighbourhood.
 
  
 
There are 5 filters:  
 
There are 5 filters:  
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# <b>Sensor Type</b> -> Filter by Mobile, Static or All
 
# <b>Sensor Type</b> -> Filter by Mobile, Static or All
 
# <b>Neighbourhood</b> -> Filter by St.Himark's neighbourhoods
 
# <b>Neighbourhood</b> -> Filter by St.Himark's neighbourhoods
# <b>Value</b> -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider.
+
# <b>Value</b> -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider. To analyse contaminated areas/cars, drag the pointer to 75 mark to filter sensors with a value of 75cpm and above
 +
 
 +
[[File:Neighbourhood.png|frameless|upright=3]]<br>
 +
 
 +
#<b>Average radiation across Neighbourhoods</b> -> Shows the average radiation for each Neighbourhood on the polygon map. The higher the value, the darker the red.
 +
#<b>Radiation changes over days by Neighbourhood</b>->Shows the percentage int the growth of the radiation readings as compared to the previous day. If there is an increase in the percentage, the data cell wiill be highlighted in red. If there is a decrease, it will be reflected in green. Else, if there is not much growth, it will be grey colour.
 +
#<b>Radiation by Neighbourhood</b> -> Shows the average radiation level by mobile and static sensors over days and hours by Neighbourhood.

Latest revision as of 22:19, 13 October 2019

Home-header.jpg VAST 2019 MC2: Citizen Science to the Rescue

Overview

Data Cleaning

Dashboard

Question & Answers

 


Dashboard
Access dashboard link here

Homepage

123.png
This is the homepage of the dashboard that shows an overview of what this dashboard is analyzing. There are 2 main tabs to analyze:

  1. Neighbourhood -> Analyze radiation levels by Neighbourhoods
  2. Sensor - > Analyze radiation level by Sensors

Sensor Analysis

33.png]
This page shows the analysis by both static and mobile sensors. The top of the page consist of 2 buttons:

  1. Home -> Navigates to homepage
  2. Neighbourhood -> Navigates to Neighbourhood Analysis page

There are 5 different filters:

  1. Timestamp -> Drag the slider to obtain the preferrred range of dates for analysis
  2. Sensor id -> Includes both static and moobile sensor ids to filter from
  3. Sensor Type -> Filter by Mobile, Static or All
  4. Neighbourhood -> Filter by St.Himark's neighbourhoods
  5. Value -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider. To analyse contaminated areas/cars, drag the pointer to 75 mark to filter sensors with a value of 75cpm and above

9.png
There are a total of 3 charts:

  1. Radiation across Neighbourhoods -> shows the movement of each sensor id on St. Hilmark map throughout the period that is being filtered. The sensor ids are being represented by different colours
  2. Radiation by Sensor id -> Shows the radiation level of all sensor ids taken at each timestamp over days and hours. Good for checking for outliers in the data
  3. Sensor readings -> Displays the radiaion level for each sensor id individually over days and hours. Good to analyze each sensor individually such as the radiation growth in each sensor and if there is any missing data for each sensor.

Neighbourhood Analysis

1011.png
This page shows the analysis by both static and mobile sensors. The top of the page consist of 2 buttons:

  1. Home -> Navigates to homepage
  2. Sensor -> Navigates to Sensor Analysis page

There are 5 filters:

  1. Timestamp -> Drag the slider to obtain the preferrred range of dates for analysis
  2. Sensor id -> Includes both static and moobile sensor ids to filter from
  3. Sensor Type -> Filter by Mobile, Static or All
  4. Neighbourhood -> Filter by St.Himark's neighbourhoods
  5. Value -> Drag the slider to obtain analysis on sensor ids with value more than value on the slider. To analyse contaminated areas/cars, drag the pointer to 75 mark to filter sensors with a value of 75cpm and above

Neighbourhood.png

  1. Average radiation across Neighbourhoods -> Shows the average radiation for each Neighbourhood on the polygon map. The higher the value, the darker the red.
  2. Radiation changes over days by Neighbourhood->Shows the percentage int the growth of the radiation readings as compared to the previous day. If there is an increase in the percentage, the data cell wiill be highlighted in red. If there is a decrease, it will be reflected in green. Else, if there is not much growth, it will be grey colour.
  3. Radiation by Neighbourhood -> Shows the average radiation level by mobile and static sensors over days and hours by Neighbourhood.