Summary Report Date: Jun 21 2017

Rating of: Test and CAE

Description: CORA sample data set loadcase 01

Rating:

No. Load Case Rating Weight
1 Evaluation of CAE_01/02 0.657 1.0

Total rating 0.657 1.0
Load Case Report Date: Jun 21 2017

Rating of: Evaluation of CAE_01/02

Description: Loadcase 01

Rating:

No. Experiment Rating Weight
1 CAE 1 0.651 0.50
2 CAE 2 0.664 0.50

Total rating of load case 1: 0.657 1.0


Experiment Report Date: Jun 21 2017

Report of Experiment: CAE 1

Description: Using ISO format 1.0

Rating:

No. Signal Rating Weight
1 S1SENS010000DS0D 0.658 0.083
2 S1SENS020000FO0D 0.958 0.083
3 S1SENS030000ACXA 0.822 0.083
4 S1SENS030000ACYA 0.389 0.083
5 S1SENS030000ACZA 0.796 0.083
6 S1SENS040000FOXA 0.877 0.083
7 S1SENS040000FOYA 0.445 0.083
8 S1SENS040000FOZA 0.826 0.083
9 S1SENS040000MOXB 0.263 0.083
10 S1SENS040000MOYB 0.668 0.083
11 S1SENS040000MOZB 0.335 0.083
12 S1SENS050000DSXC 0.777 0.083

Total rating of experiment 1: 0.651 1.0


Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 1 of Experiment 1: S1SENS010000DS0D
Overall Rating: 0.658
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.481 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.961 0.823 0.50
Size 0.711 0.711 0.250
Phase shift 2.3 0.981 0.250
0.834 0.50
3 Combination of 1 and 2 0.658 -
Parameters: Evaluation Intervall: 10.1 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 0.089
Transition exponent: 2
Method 2: Limits for phase shift: 1.9 - 22.8
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 2 of Experiment 1: S1SENS020000FO0D
Overall Rating: 0.958
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.934 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.997 0.984 0.50
Size 0.959 0.959 0.250
Phase shift -1.1 1.0 0.250
0.982 0.50
3 Combination of 1 and 2 0.958 -
Parameters: Evaluation Intervall: 9.9 - 169.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 3203.929
Transition exponent: 2
Method 2: Limits for phase shift: 1.6 - 19.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 3 of Experiment 1: S1SENS030000ACXA
Overall Rating: 0.822
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.762 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.976 0.887 0.50
Size 0.789 0.789 0.250
Phase shift 2.5 0.968 0.250
0.883 0.50
3 Combination of 1 and 2 0.822 -
Parameters: Evaluation Intervall: 15.7 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 134.163
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 4 of Experiment 1: S1SENS030000ACYA
Overall Rating: 0.389
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.327 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.872 0.515 0.50
Size 0.094 0.094 0.250
Phase shift -8.4 0.677 0.250
0.450 0.50
3 Combination of 1 and 2 0.389 -
Parameters: Evaluation Intervall: 15.3 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 17.707
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 5 of Experiment 1: S1SENS030000ACZA
Overall Rating: 0.796
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.750 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.929 0.698 0.50
Size 0.973 0.973 0.250
Phase shift -1.0 1.0 0.250
0.842 0.50
3 Combination of 1 and 2 0.796 -
Parameters: Evaluation Intervall: 13.5 - 159.8
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 166.750
Transition exponent: 2
Method 2: Limits for phase shift: 1.5 - 17.6
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 6 of Experiment 1: S1SENS040000FOXA
Overall Rating: 0.877
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.846 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.988 0.942 0.50
Size 0.748 0.748 0.250
Phase shift -0.4 1.0 0.250
0.908 0.50
3 Combination of 1 and 2 0.877 -
Parameters: Evaluation Intervall: 15.8 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 513.896
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 7 of Experiment 1: S1SENS040000FOYA
Overall Rating: 0.445
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.318 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.937 0.725 0.50
Size 0.178 0.178 0.250
Phase shift -7.6 0.660 0.250
0.572 0.50
3 Combination of 1 and 2 0.445 -
Parameters: Evaluation Intervall: 18.5 - 178.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 109.973
Transition exponent: 2
Method 2: Limits for phase shift: 1.6 - 19.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 8 of Experiment 1: S1SENS040000FOZA
Overall Rating: 0.826
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.761 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.955 0.795 0.50
Size 0.978 0.978 0.250
Phase shift -1.4 1.0 0.250
0.892 0.50
3 Combination of 1 and 2 0.826 -
Parameters: Evaluation Intervall: 13.7 - 160.3
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 750.624
Transition exponent: 2
Method 2: Limits for phase shift: 1.5 - 17.6
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 9 of Experiment 1: S1SENS040000MOXB
Overall Rating: 0.263
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.167 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.762 0.282 0.50
Size 0.098 0.098 0.250
Phase shift -6.2 0.777 0.250
0.360 0.50
3 Combination of 1 and 2 0.263 -
Parameters: Evaluation Intervall: 20.6 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 6.047
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 21.5
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 10 of Experiment 1: S1SENS040000MOYB
Overall Rating: 0.668
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.643 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.851 0.462 0.50
Size 0.922 0.922 0.250
Phase shift 3.3 0.928 0.250
0.693 0.50
3 Combination of 1 and 2 0.668 -
Parameters: Evaluation Intervall: 16.4 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 38.820
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.0
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 11 of Experiment 1: S1SENS040000MOZB
Overall Rating: 0.335
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.364 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.706 0.204 0.50
Size 0.450 0.450 0.250
Phase shift -14.6 0.370 0.250
0.307 0.50
3 Combination of 1 and 2 0.335 -
Parameters: Evaluation Intervall: 15.9 - 200.0
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 2.871
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 1
Report of Signal 12 of Experiment 1: S1SENS050000DSXC
Overall Rating: 0.777
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_01

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.643 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.991 0.957 0.50
Size 0.731 0.731 0.250
Phase shift 1.9 0.995 0.250
0.910 0.50
3 Combination of 1 and 2 0.777 -
Parameters: Evaluation Intervall: 14.0 - 194.2
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 0.022
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 21.6
Rating exponents (shape, size, phase): 10, 1, 1
Experiment Report Date: Jun 21 2017

Report of Experiment: CAE 2

Description: Using XYData format

Rating:

No. Signal Rating Weight
1 S1SENS010000DS0D 0.752 0.083
2 S1SENS020000FO0D 0.914 0.083
3 S1SENS030000ACXA 0.802 0.083
4 S1SENS030000ACYA 0.295 0.083
5 S1SENS030000ACZA 0.858 0.083
6 S1SENS040000FOXA 0.891 0.083
7 S1SENS040000FOYA 0.555 0.083
8 S1SENS040000FOZA 0.869 0.083
9 S1SENS040000MOXB 0.262 0.083
10 S1SENS040000MOYB 0.763 0.083
11 S1SENS040000MOZB 0.329 0.083
12 S1SENS050000DSXC 0.675 0.083

Total rating of experiment 2: 0.664 1.0


Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 1 of Experiment 2: S1SENS010000DS0D
Overall Rating: 0.752
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.599 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.979 0.899 0.50
Size 0.824 0.824 0.250
Phase shift 1.5 1.0 0.250
0.905 0.50
3 Combination of 1 and 2 0.752 -
Parameters: Evaluation Intervall: 10.1 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 0.089
Transition exponent: 2
Method 2: Limits for phase shift: 1.9 - 22.8
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 2 of Experiment 2: S1SENS020000FO0D
Overall Rating: 0.914
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.872 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.991 0.954 0.50
Size 0.917 0.917 0.250
Phase shift 0.6 1.0 0.250
0.956 0.50
3 Combination of 1 and 2 0.914 -
Parameters: Evaluation Intervall: 9.9 - 169.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 3203.929
Transition exponent: 2
Method 2: Limits for phase shift: 1.6 - 19.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 3 of Experiment 2: S1SENS030000ACXA
Overall Rating: 0.802
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.762 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.981 0.910 0.50
Size 0.608 0.608 0.250
Phase shift 3.1 0.938 0.250
0.841 0.50
3 Combination of 1 and 2 0.802 -
Parameters: Evaluation Intervall: 15.7 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 134.163
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 4 of Experiment 2: S1SENS030000ACYA
Overall Rating: 0.295
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.340 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.738 0.246 0.50
Size 0.165 0.165 0.250
Phase shift -15.2 0.342 0.250
0.250 0.50
3 Combination of 1 and 2 0.295 -
Parameters: Evaluation Intervall: 15.3 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 17.707
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 5 of Experiment 2: S1SENS030000ACZA
Overall Rating: 0.858
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.793 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.975 0.884 0.50
Size 0.927 0.927 0.250
Phase shift -0.4 1.0 0.250
0.924 0.50
3 Combination of 1 and 2 0.858 -
Parameters: Evaluation Intervall: 13.5 - 159.8
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 166.750
Transition exponent: 2
Method 2: Limits for phase shift: 1.5 - 17.6
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 6 of Experiment 2: S1SENS040000FOXA
Overall Rating: 0.891
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.830 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.985 0.926 0.50
Size 0.954 0.954 0.250
Phase shift 0.6 1.0 0.250
0.951 0.50
3 Combination of 1 and 2 0.891 -
Parameters: Evaluation Intervall: 15.8 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 513.896
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 7 of Experiment 2: S1SENS040000FOYA
Overall Rating: 0.555
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.536 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.922 0.673 0.50
Size 0.495 0.495 0.250
Phase shift -11.3 0.450 0.250
0.573 0.50
3 Combination of 1 and 2 0.555 -
Parameters: Evaluation Intervall: 18.5 - 178.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 109.973
Transition exponent: 2
Method 2: Limits for phase shift: 1.6 - 19.2
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 8 of Experiment 2: S1SENS040000FOZA
Overall Rating: 0.869
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.821 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.976 0.886 0.50
Size 0.893 0.893 0.250
Phase shift -0.8 1.0 0.250
0.916 0.50
3 Combination of 1 and 2 0.869 -
Parameters: Evaluation Intervall: 13.7 - 160.3
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 750.624
Transition exponent: 2
Method 2: Limits for phase shift: 1.5 - 17.6
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 9 of Experiment 2: S1SENS040000MOXB
Overall Rating: 0.262
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.281 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.666 0.161 0.50
Size 0.272 0.272 0.250
Phase shift -14.0 0.381 0.250
0.244 0.50
3 Combination of 1 and 2 0.262 -
Parameters: Evaluation Intervall: 20.6 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 6.047
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 21.5
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 10 of Experiment 2: S1SENS040000MOYB
Overall Rating: 0.763
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.753 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.949 0.774 0.50
Size 0.613 0.613 0.250
Phase shift -3.2 0.932 0.250
0.773 0.50
3 Combination of 1 and 2 0.763 -
Parameters: Evaluation Intervall: 16.4 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 38.820
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.0
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 11 of Experiment 2: S1SENS040000MOZB
Overall Rating: 0.329
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.375 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.257 0.010 0.50
Size 0.803 0.803 0.250
Phase shift -15.8 0.310 0.250
0.283 0.50
3 Combination of 1 and 2 0.329 -
Parameters: Evaluation Intervall: 15.9 - 199.9
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 2.871
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 22.1
Rating exponents (shape, size, phase): 10, 1, 1
Signal Report Date: Jun 21 2017
Rating of: CAE 2
Report of Signal 12 of Experiment 2: S1SENS050000DSXC
Overall Rating: 0.675
Versuchskurven Vergleich Versuch-Berechnung

test_01
Average of experiments

test_02
cross-correlation reference

test_03
cae_02

test_04
Limits Outer corridor

Limits inner corridor
Method Name Rating Weight
1 Corridor Method 0.574 0.50
2
Correlation Method
Value Rating Weight
Cross correlation function 0.986 0.930 0.50
Size 0.816 0.816 0.250
Phase shift 13.2 0.425 0.250
0.775 0.50
3 Combination of 1 and 2 0.675 -
Parameters: Evaluation Intervall: 14.0 - 194.2
Method 1: Max. half width of inner corridor: 0.050
Max. half width of outer corridor: 0.50
Corridor curve file:
Reference value: 0.022
Transition exponent: 2
Method 2: Limits for phase shift: 1.8 - 21.6
Rating exponents (shape, size, phase): 10, 1, 1