Using deep neural networks to estimate tongue movements from speech face motion.
Christian KroosRikke L. Bundgaard-NielsenCatherine T. BestMark D. PlumbleyPublished in: AVSP (2017)
Keyphrases
- neural network
- motion analysis
- vocal tract
- recognition engine
- facial motion
- motion estimation
- image sequences
- upper body
- human movements
- motion model
- speech recognition
- back propagation
- pattern recognition
- facial expressions
- speech signal
- camera movement
- human arm
- estimation process
- motion capture
- motion field
- displacement estimation
- computer aided
- optical flow
- artificial neural networks
- hidden markov models
- motion patterns
- space time
- motion tracking
- video sequences
- face images
- broadcast news
- neural network model
- human motion
- facial images
- action recognition
- automatic speech recognition
- human faces
- body movements
- humanoid robot
- fuzzy logic
- audio visual
- active contour model
- facial animation
- human body
- flow field
- ultrasound images
- moving objects