Learning #Hardware for #Selfhosting #MachineLearning and #DataEngineering projects: https://ChrisKornaros.github.io to follow what I'm working on.
Next steps, testing/modifying the restore script, adding basic cron jobs for monthly backups/backup cleanups, writing the backups to a microSD, and then will
#selfhost Bitwarden.
#opensource #hardware #homelab #raspberrypi
Next steps, testing/modifying the restore script, adding basic cron jobs for monthly backups/backup cleanups, writing the backups to a microSD, and then will
#selfhost Bitwarden.
#opensource #hardware #homelab #raspberrypi
Will be using Linux, if anyone has suggestions/tips/feedback for learning, please let me know!
#databs #hardware #datacenter
Will be using Linux, if anyone has suggestions/tips/feedback for learning, please let me know!
#databs #hardware #datacenter
Hope this helps, happy to answer any other questions!
Hope this helps, happy to answer any other questions!
Have a flight tomorrow, so hopefully will get the chance to apply some of what I've l learned and/or do another WhiteWind write up with some recent updates.
Ideally, would love to get a semi-stable model so I can at least submit something by mid-December. #DataBS
Have a flight tomorrow, so hopefully will get the chance to apply some of what I've l learned and/or do another WhiteWind write up with some recent updates.
Ideally, would love to get a semi-stable model so I can at least submit something by mid-December. #DataBS
I found a bug with .fetchnumpy, so submitted that. Worked around it using np.array.ravel wrapped around duckdb.sql.df.
LinReg performance was meh, so I tried a KNN classification and was pleasantly surprised. Using 5 neighbors, I was able to produce a ~93.46% test accuracy rate.
I found a bug with .fetchnumpy, so submitted that. Worked around it using np.array.ravel wrapped around duckdb.sql.df.
LinReg performance was meh, so I tried a KNN classification and was pleasantly surprised. Using 5 neighbors, I was able to produce a ~93.46% test accuracy rate.
This is looking at offensive formations and play outcomes. 0.7 RMSE with target values in a 0-7 range, so not horrible for the initial run!
Open to feedback! #dataBS
This is looking at offensive formations and play outcomes. 0.7 RMSE with target values in a 0-7 range, so not horrible for the initial run!
Open to feedback! #dataBS
Next step, transform/convert these values into numerical equivalents for an initial ML analysis.
#dataBS #DuckDB #MachineLearning
Next step, transform/convert these values into numerical equivalents for an initial ML analysis.
#dataBS #DuckDB #MachineLearning
It took a bit to properly format the folder structure and YAML files, but I now have the "bronze" database. Dbt should really shine as I aggregate or split tables for model development. #dataBS
Currently using dbt-core and DuckDB to load the initial flat files. I think I’ll expand the database later on.
Currently using dbt-core and DuckDB to load the initial flat files. I think I’ll expand the database later on.