  We present a novel speaker-independent acoustic-to-articulatory inversion
(AAI) model, overcoming the limitations observed in conventional AAI models
that rely on acoustic features derived from restricted datasets. To address
these challenges, we leverage representations from a pre-trained
self-supervised learning (SSL) model to more effectively estimate the global,
local, and kinematic pattern information in Electromagnetic Articulography
(EMA) signals during the AAI process. We train our model using an adversarial
approach and introduce an attention-based Multi-duration phoneme discriminator
(MDPD) designed to fully capture the intricate relationship among multi-channel
articulatory signals. Our method achieves a Pearson correlation coefficient of
0.847, marking state-of-the-art performance in speaker-independent AAI models.
The implementation details and code can be found online.
