First aim is to replicate the observations as done in the JoG paper 2017.

• Mas will care a bit about the telescopes and will work towards Cd getting back up again.
• Let's try a autocorrelation for Ho. Initially using the step-wise tracking.
• Make sure we know how to record the data, set up the DBBC etc.
• Investigate the raw data (live-track via the spectrum analyser)
• Do autocorrelations (using diFX)
• investigate signal stability, strength etc.
• Then eventually investigate continuous tracking, how this could be realised for Ho. Two options: 1. sattrack (manually paralle to the FS) 2. Lucas' new program (?)

First try of scheduling and performing observations from Hobart26 as one-station experiment: (by David Schunck)

• I rebuild a VEX file based on the observations from 2016 (g336)
• VieVS is only using the function “degree2dms” from the Mapping Toolbox to reform declination angles for the VEX file. This function was reimplemented as the toolbox was not available. Also, “degree2hms” was implemented for the right ascension angle.
• The VEX file needed to be adjusted significantely in order to run it. Guifre was a big help and Jamie, after some fiddeling around, was finally able to run it.
• The first observation was scheduled on 23/04/2021. Unfortunately, I made a mistake when using the results of my reimplemented matlab function to write it in the VEX file. A “-” was missing for the negative declination angles which ran the telescope into its limits.