Table 1: Resonant frequencies (apart from the epicyclic ones) for different initial conditions (1,2,3) and noise standard deviation ( $\sigma _z=0,10^{-5}, 10^{-4}$ ).
0 10^-5 10^-4

1 / / ${\sim} \omega_{\theta}^*/3$

2 ${\sim} 3 \omega_r^*$ ${\sim} \omega_{\theta}^*/3$ , ${\sim} 2 \omega_\theta^*$ ${\sim} \omega_{\theta}^*/3$

3 ${\sim} \omega_{\theta}^*/3$ , ${\sim} 2 \omega_\theta^*$ ${\sim} \omega_{\theta}^*/3$ , ${\sim} 2 \omega_\theta^*$ ${\sim} \omega_{\theta}^*/3$

**Table 1:** Resonant frequencies (apart from the epicyclic ones) for different initial conditions (1,2,3) and noise standard deviation ( $\sigma _z=0,10^{-5}, 10^{-4}$ ).
	0	10^-5	10^-4
1	/	/	${\sim} \omega_{\theta}^*/3$
2	${\sim} 3 \omega_r^*$	${\sim} \omega_{\theta}^/3$ , ${\sim} 2 \omega_\theta^$	${\sim} \omega_{\theta}^*/3$
3	${\sim} \omega_{\theta}^/3$ , ${\sim} 2 \omega_\theta^$	${\sim} \omega_{\theta}^/3$ , ${\sim} 2 \omega_\theta^$	${\sim} \omega_{\theta}^*/3$

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