IS428 AY2018-19T1 Kim Do Yeon

From Visual Analytics for Business Intelligence
Revision as of 21:28, 11 November 2018 by Doyeon.kim.2016 (talk | contribs)
Jump to navigation Jump to search

Problem & Motivation

Air quality in Bulgaria is now a big concern. The Air quality has been measured every day to keep track of and detect whether the air in Bulgaria is detrimental to people’s health. According to the World Health Organisation, Bulgaria had the highest PM2.5 concentrations of all EU -28-member states in urban areas over the three years average. For PM10, Bulgaria is one of the top countries with 77 micrograms per cube metre (EU limit is 50 micrograms per cube metre). With the large sets of data collected from the sensor, the PM 10 air quality and its factors can be measured. Here, data visualisation will aid in finding the patterns of air quality in Sofia city as well as to identify the issues and factors of air pollution. The interactive visualisation has three functions

  • 1) Patterns of air quality in Sofia city from 2013 to 2018 on a daily and hourly basis
  • 2) Showing the pattern of the data (Temperature, Humidity, Pressure) collected from the sensor.
  • 3) Compare the air pressure and meteorology of Sofia City. Reveal the relationships between the factors causing air quality in Sofia City

Retrieved from ‘https://wiki.smu.edu.sg/18191is428g1/index.php?title=IS428_AY2018-19T1_Kim_Do_Yeon&oldid=2614’