> x – model state F – linear state transition model: x(t+1) = F x(t) Q – covariance matrix for process noise, so actually x(t+1) = F x(t) + N(0,Q) H – linear observation model R – covariance matrix for observation noise u, B – external control vector u, and B for how u acts on the model state. Optional.
Better formatting for this part:
x – model state
F – linear state transition model: x(t+1) = F x(t)
Q – covariance matrix for process noise, so actually x(t+1) = F x(t) + N(0,Q)
H – linear observation model
R – covariance matrix for observation noise
u, B – external control vector u, and B for how u acts on the model state. Optional.
Better formatting for this part:
x – model state
F – linear state transition model: x(t+1) = F x(t)
Q – covariance matrix for process noise, so actually x(t+1) = F x(t) + N(0,Q)
H – linear observation model
R – covariance matrix for observation noise
u, B – external control vector u, and B for how u acts on the model state. Optional.