Difference between revisions of "Air Quality Recommender System Okt2014"
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|Date=2014/10/10 | |Date=2014/10/10 | ||
|Duration=1400-1500 | |Duration=1400-1500 | ||
| − | |Organiser=Eivind Engesæter, | + | |Organiser=Eivind Engesæter, |
| − | |Project=Citi-Sense-MOB, | + | |Project=Citi-Sense-MOB, |
| − | |Depiction= | + | |Depiction= |
| − | |User=Josef | + | |User=Josef Noll, Eivind Engesæter, |
}} | }} | ||
= What to do = | = What to do = | ||
| + | (including notes from 5Nov2014) | ||
* Literature - references | * Literature - references | ||
** models to describe distribution of air pollution in time and space | ** models to describe distribution of air pollution in time and space | ||
| Line 17: | Line 18: | ||
* trafikkflyt ... | * trafikkflyt ... | ||
| + | Plan for measurements | ||
| + | * where to cycle | ||
| + | * when to cycle | ||
| + | * how to correlate with traffic density | ||
| + | Modelling of air quality | ||
| + | * basic air quality (NILU model) | ||
| + | * as function of space & time (ask Hai-Ying) | ||
| + | |||
| + | Data catching | ||
| + | * sensor communication (Seraj, D4.4, D4.3, D4.6) | ||
| + | |||
| + | Comparison model versus measured | ||
| + | |||
| + | Ideas for Mobile App | ||
| + | * del av D4.6 - mock-up using Balsamiq (from inf5120 course, ask Josef) | ||
| + | |||
| + | == Sensor data == | ||
| + | see [[CITI-Sense-Mob_sensor_testing]] | ||
= Priorities = | = Priorities = | ||
| + | # TOC of Thesis | ||
| + | :* use official emplate for thesis (.tex, .docx) | ||
# Write the scenario | # Write the scenario | ||
# Specify what to demonstrate | # Specify what to demonstrate | ||
| Line 26: | Line 47: | ||
:* Semantic presentation of data | :* Semantic presentation of data | ||
:* Air Quality models | :* Air Quality models | ||
| + | |||
| + | =References= | ||
| + | * Citi-Sense-MOB (confluence): D4.3, D4.4 (interfaces), D4.6 (app) | ||
Latest revision as of 14:56, 6 November 2014
| Wiki for ITS | ||||||
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Air Quality Recommender System Okt2014
| Title | Air Quality Recommender System Okt2014 |
|---|---|
| Place | UNIK |
| Date, Time | 2014/10/10, 1400-1500 |
| Contact Person | Eivind Engesæter |
| Participants | Josef Noll, Eivind Engesæter |
| related to Project | Citi-Sense-MOB |
| Keywords |
| this page was created by Special:FormEdit/Meeting, and can be edited by Special:FormEdit/Meeting/Air Quality Recommender System Okt2014 |
| Category:Meeting |
What to do
(including notes from 5Nov2014)
- Literature - references
- models to describe distribution of air pollution in time and space
- air pollution related to traffic density
Sources for traffic density
- trafikkflyt ...
Plan for measurements
- where to cycle
- when to cycle
- how to correlate with traffic density
Modelling of air quality
- basic air quality (NILU model)
- as function of space & time (ask Hai-Ying)
Data catching
- sensor communication (Seraj, D4.4, D4.3, D4.6)
Comparison model versus measured
Ideas for Mobile App
- del av D4.6 - mock-up using Balsamiq (from inf5120 course, ask Josef)
Sensor data
see CITI-Sense-Mob_sensor_testing
Priorities
- TOC of Thesis
- use official emplate for thesis (.tex, .docx)
- Write the scenario
- Specify what to demonstrate
- subset of the scenario (given road alternatives)
- Background technologies
- Semantic presentation of data
- Air Quality models
References
- Citi-Sense-MOB (confluence): D4.3, D4.4 (interfaces), D4.6 (app)
