Data assimilation finite element method for the linearized Navier-Stokes equations with higher order polynomial approximation.
Erik BurmanDeepika GargJanosch PreußPublished in: CoRR (2023)
Keyphrases
- finite element method
- polynomial approximation
- navier stokes equations
- data assimilation
- boundary conditions
- higher order
- kalman filter
- simulation models
- anomaly detection
- finite element
- high order
- image sequences
- pointwise
- finite element model
- motion field
- shape from shading
- remote sensing
- natural images
- numerical simulations
- lower bound
- agent based simulation
- sufficient conditions
- markov random field
- smart environments
- particle filter
- object tracking
- diffuse optical tomography
- pairwise
- simulation model
- numerical solution
- mean shift
- agent based simulations
- confidence intervals
- motion compensation
- motion model
- graph cuts
- optical flow
- search space