RoboSWOP main project issueshttps://gitlab-as.oma.be/RoboSWOP/RoboSWOP/-/issues2018-11-21T13:54:57Zhttps://gitlab-as.oma.be/RoboSWOP/RoboSWOP/-/issues/4RoboSWOP Meeting Oct 242018-11-21T13:54:57ZDavid BerghmansRoboSWOP Meeting Oct 24# Location
David's Office
# Agenda
- Check if the annual report was sent out (Bram)
- Review the event selection concept that we discussed on Oct 3 and that will be written up by Cis
- Review the space carving concept that Emil will ex...# Location
David's Office
# Agenda
- Check if the annual report was sent out (Bram)
- Review the event selection concept that we discussed on Oct 3 and that will be written up by Cis
- Review the space carving concept that Emil will explain
# Participants
- @francisv
- @david
- @emilk
- @bramb
- @jessea
- @judithdp
- @verodelo
# Presentations
# Event selection concept
1. Start from an event E in a starting catalogue C_1 (with parameters {x_1i}_i), e.g., the CACTUS catalogue.
2. For each of the other catalogues C_j (listed with parameters {x_ji}_i), calculate approximations {x_ji_approx}_i for (some of) the parameters {x_ji}_i, starting from the known parameters {x_1i}_i. Let there be N such catalogues.
3. For each of these catalogues C_j, select all events {E_jk}_k which have parameters {x_ji}_i sufficiently close to {x_ji_approx}_i. The "sufficiently close" is defined by broad acceptance criteria such as limited time difference and limited difference in e.g., longitude and latitude. Let {E_jk}_k be the list of such events in catalogue C_j.
4. For each combination (E, E_1k, E_2k, …, E_Nk), perform space carving.
5. Employ the space carving results to decide which combinations (E, E_1k, E_2k, …, E_Nk) possibly constitute a meta-event, and rank the combinations from highest to lowest probability if there is more than one such combination.
6. The final characterization of the meta-event is given by the space carving results.
2018-10-24https://gitlab-as.oma.be/RoboSWOP/RoboSWOP/-/issues/2Create user stories and fill the milestones2017-06-14T08:55:24ZBram BourgoignieCreate user stories and fill the milestones### Description
Define the user stories that should be implemented.
The user stories should be prioritised and given a difficulty score.
From all the user stories, the master story list is selected.
The user stories from the master ...### Description
Define the user stories that should be implemented.
The user stories should be prioritised and given a difficulty score.
From all the user stories, the master story list is selected.
The user stories from the master story list should be added to the milestones. Each milestone should contain the same amount of points still to decide.
### Test criteria
The milestones in the Issues should be filled with user storiesIteration 0Bram BourgoignieBram Bourgoigniehttps://gitlab-as.oma.be/RoboSWOP/RoboSWOP/-/issues/1Prepare gitlab for the project2017-06-07T12:15:24ZBram BourgoigniePrepare gitlab for the project### Description
Define milestones until the end of the year.
Write the project description.
Set up the git
### Test criteria
The milestones should be visible on the Issues milestones page.
The project description is visible ...### Description
Define milestones until the end of the year.
Write the project description.
Set up the git
### Test criteria
The milestones should be visible on the Issues milestones page.
The project description is visible on the page
Emil and Bram are able to clone the repository on their own machines
Iteration 0Bram BourgoignieBram Bourgoignie2017-06-17