Difference between revisions of "Fabio Backlog"
From SCECpedia
Jump to navigationJump to search| Line 2: | Line 2: | ||
== Project Backlog == | == Project Backlog == | ||
| + | # Run Hector Mine using Mojave500 and Southern Sierra Nevada models using GP and SDSU | ||
| + | # Run Landers comparison using Mojave500 and Southern Sierra Nevada models using GP and SDSU | ||
| + | # For High-F, create AWP-to-data La Habra comparison on BBP with subset of stations | ||
| + | # Change ts-process pipeline and generate unfiltered observation data set for comparisons | ||
| + | # Compare RWG data against unfiltered SCEC data, note differences at long periods | ||
| + | # Update La Habra comparisons for RWG and AWP using unfiltered data | ||
| + | # Add option in ts-process seismogram processing tool to disable automatic timeseries trimming | ||
| + | # Commit updated time series processing codes to GitHub (huge I/O improvements by loading data using lists instead of NumPy arrays) | ||
| + | # Purge old BBP simulations from rcf-104 to free inodes | ||
| + | |||
*[[High-F Backlog]] | *[[High-F Backlog]] | ||
*[[Broadband Product Backlog]] | *[[Broadband Product Backlog]] | ||
Revision as of 23:39, 17 March 2020
Fabio Silva is working on multiple projects with development backlogs.
Project Backlog
- Run Hector Mine using Mojave500 and Southern Sierra Nevada models using GP and SDSU
- Run Landers comparison using Mojave500 and Southern Sierra Nevada models using GP and SDSU
- For High-F, create AWP-to-data La Habra comparison on BBP with subset of stations
- Change ts-process pipeline and generate unfiltered observation data set for comparisons
- Compare RWG data against unfiltered SCEC data, note differences at long periods
- Update La Habra comparisons for RWG and AWP using unfiltered data
- Add option in ts-process seismogram processing tool to disable automatic timeseries trimming
- Commit updated time series processing codes to GitHub (huge I/O improvements by loading data using lists instead of NumPy arrays)
- Purge old BBP simulations from rcf-104 to free inodes
