6 changed files with 0 additions and 8 deletions
--- a/matlab/mat/noise_meas_100s_20kHz_2.mat
+++ b/matlab/mat/noise_meas_100s_20kHz_2.mat
--- a/matlab/mat/noise_meas_100s_20kHz_3.mat
+++ b/matlab/mat/noise_meas_100s_20kHz_3.mat
--- a/matlab/mat/noise_meas_100s_20kHz_4.mat
+++ b/matlab/mat/noise_meas_100s_20kHz_4.mat
--- a/matlab/mat/noise_meas_100s_20kHz_6.mat
+++ b/matlab/mat/noise_meas_100s_20kHz_6.mat
--- a/matlab/mat/noise_meas_100s_20kHz_7.mat
+++ b/matlab/mat/noise_meas_100s_20kHz_7.mat
--- a/test-bench-vionic.org
+++ b/test-bench-vionic.org
@ -67,14 +67,6 @@ In particular, we would like to measure:
 #+attr_latex: :width 0.6\linewidth
 [[file:figs/encoder_vionic.png]]

- 1: 2YA275
- 2: 2YA274
- 3: 2YA273
- 4: 2YA270
- 5: 2YA272
- 6: 2YA271
- 7: 2YJ313
-
 * Encoder Model
 The Encoder is characterized by its dynamics $G_m(s)$ from the "true" displacement $y$ to measured displacement $y_m$.
 Ideally, this dynamics is constant over a wide frequency band with very small phase drop.