Glottal impedance based on a finite element analysis of two-dimensional unsteady viscous flow in a static glottis.
Hirohisa IijimaNobuhiro MikiNobuo NagaiPublished in: IEEE Trans. Signal Process. (1992)
Keyphrases
- finite element analysis
- flow field
- finite element
- computer aided design
- navier stokes
- three dimensional
- finite element model
- using artificial neural networks
- vector field
- optical flow
- object oriented
- temperature field
- speech signal
- friction coefficient
- theoretical analysis
- numerical simulations
- motion analysis
- material properties
- mass transfer
- motion field
- database
- artificial neural networks
- pattern recognition
- case study
- artificial intelligence
- real world