Difference between revisions of "ISSS608 2016-17 T3 Assign RISHI TANDON"

From Visual Analytics and Applications
Jump to navigation Jump to search
Line 10: Line 10:
 
3. Roadrunner Fitness Colour Electronics
 
3. Roadrunner Fitness Colour Electronics
 
4. Radiance ColorTec
 
4. Radiance ColorTec
 +
 +
The 4 chemicals tracked are:
 +
1. AGOC 3A
 +
2. Chlorodinine
 +
3. Applumonia
 +
4. Methylosmolene
 +
 +
Questions
 +
The primary goal is to determine which factory (if there is any) is, contributing to the reduced population of RBPs in Mistford.
 +
To achieve this goal, the following questions are identified:
 +
 +
Q1: Characterize the sensors’ performance and operation. Are they all working properly at all times? Can you detect any unexpected behaviours of the sensors through analyzing the readings they capture?
 +
 +
Q2: Now turn your attention to the chemicals themselves. Which chemicals are being detected by the sensor group? What patterns of chemical releases do you see, as being reported in the data?
 +
 +
Q3: Which factories are responsible for which chemical releases? Carefully describe how you determined this using all the data you have available. For the factories you identified, describe any observed patterns of operation revealed in the data.

Revision as of 23:36, 9 July 2017

We have Mistford a city with a large industrial area in the nature preserve region.

The study is about 4 factories which are releasing 4 sets of chemicals into the air. The local Mistford Government has stepped in to monitor the situation and according step up to take action.

The local government has been monitoring the air quality and conducted it's own studies in the region.

The 4 factories are: 1. Kasios Office Furniture 2. Indigo Sol Boards 3. Roadrunner Fitness Colour Electronics 4. Radiance ColorTec

The 4 chemicals tracked are: 1. AGOC 3A 2. Chlorodinine 3. Applumonia 4. Methylosmolene

Questions The primary goal is to determine which factory (if there is any) is, contributing to the reduced population of RBPs in Mistford. To achieve this goal, the following questions are identified:

Q1: Characterize the sensors’ performance and operation. Are they all working properly at all times? Can you detect any unexpected behaviours of the sensors through analyzing the readings they capture?

Q2: Now turn your attention to the chemicals themselves. Which chemicals are being detected by the sensor group? What patterns of chemical releases do you see, as being reported in the data?

Q3: Which factories are responsible for which chemical releases? Carefully describe how you determined this using all the data you have available. For the factories you identified, describe any observed patterns of operation revealed in the data.