Invited_talk abstract details

Hot subdwarf stars are particularly challenging for asteroseismology due to their rapid pulsation period, intrinsic low brightness and relative rareness. These features have ensured that the preferred method of observation up to now has been white light photometry, and all asteroseismological solutions to date have been made by model fitting of the frequency spectrum. Several attempts have been made to perform asteroseismology using time-resolved spectroscopy on the brightest of these stars, but with modest results. A few attempts at simultaneous multi-color photometry have also been made, in order to identify modes with the amplitude ratio method.
We will review the most recent observational results and progress in improving the observational methods for ground-based asteroseismology of these compact pulsators.