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Implementing Kalman fillter

Suppose xi is a state-scalar that admits the following recursion (so-called the first-order Gauss-Markov process):

                 xi+1 = 0.9xi + ni
where the process noise ni is a zero-mean Gaussian random variable with variance Qi = 1. We assume the initial state x0 is also a zero-mean Gaussian random variable with variance π0 = 1. Also, assume the scalar observation yi and xi ts the following linear model:
                  yi = xi + vi
where the measurement noise vi is a zero-mean Gaussian random variable with variance Ri. Assume

E(ninj*)= δij , E(vivj*)=Riδij , E(nivj*) = 0, E(nix0*) = 0, E(vix0*) = 0.

For (i) Ri = (0:9)i, (ii)Ri = 1, (iii)Ri = (1.1)i do the following and describe your results.

1. Plot πi = E(xixi) for i = 0; 1,....,200.

2. Plot the gains Kp,i and Kf,i for i = 0; 1,...., 200.

3. Plot Re,i = E(eiei); Pi|i = E(x~i|i x~i|i), Pi+1|i = E(x~i+1|i x~i+1|i), ∑i for i = 0; 1,....,200.

Electrical & Electronics, Engineering

  • Category:- Electrical & Electronics
  • Reference No.:- M9758

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