  In this work we apply Amplitude Modulation Spectrum (AMS) features to the
source localization problem. Our approach computes 36 bilateral features for 2s
long signal segments and estimates the azimuthal directions of a sound source
through a binaurally trained classifier. This directional information of a
sound source could be e.g. used to steer the beamformer in a hearing aid to the
source of interest in order to increase the SNR. We evaluated our approach on
the development set of the IEEE-AASP Challenge on sound source localization and
tracking (LOCATA) and achieved a 4.25{\deg} smaller MAE than the baseline
approach. Additionally, our approach is computationally less complex.
