Freshwater ecosystems are sensitive to disturbances related to human activities, such as
climate and land-use changes. To predict and understand the potential impacts of these …

When speaking, we dynamically coordinate movements of our jaw, tongue, lips, and larynx.
To investigate the neural mechanisms underlying articulation, we used direct cortical …

This paper describes a technique that generates speech acoustics from articulator
movements. Our motivation is to help people who can no longer speak following …

In this paper, an adaptive multi-scale neural network with Resnet blocks (adaptive-MS-
Resnet) architecture is constructed for solving the Poisson equation, Helmholtz equation …

This paper describes speech processing work in which articulator movements are used in
conjunction with the acoustic speech signal and/or linguistic information. By ''articulator …

Estimating articulatory movements from speech acoustic features is known as acoustic-to-
articulatory inversion (AAI). Large amount of parallel data from speech and articulatory …

We investigate the problem of speaker independent acoustic-to-articulatory inversion (AAI)
in noisy conditions within the deep neural network (DNN) framework. In contrast with recent …

Recent techniques employ end-to-end systems to learn relevant features for several speech
related applications, including speech recognition, and speaker verification. In this work, we …

Speech sounds are produced as the coordinated movement of the speaking organs. There
are several available methods to model the relation of articulatory movements and the …