Benchmark Report [Results .csv]

Configuration

Length of signals: 512

Repetitions: 2000

SNRin values: -5, 0, 5, 10,

Methods

  • monte_carlo_test

  • global_mad_test

  • global_rank_env_test

  • APF

Signals

  • LinearChirp

Mean results tables:

The results shown here are the average and 95% Clopper-Pearson CI of the estimated detection power with Bonferroni correction. Best performances are bolded.

Signal: LinearChirp [View Plot] [Get .csv]

Method + Param

SNRin=-5dB (average)

SNRin=-5dB (CI)

SNRin=0dB (average)

SNRin=0dB (CI)

SNRin=5dB (average)

SNRin=5dB (CI)

SNRin=10dB (average)

SNRin=10dB (CI)

0

monte_carlo_test{‘statistic’: ‘Frs’, ‘pnorm’: 2, ‘rmax’: 1.0, ‘MC_reps’: 199}

0.08

[‘0.06’, ‘0.10’]

0.23

[‘0.20’, ‘0.26’]

0.80

[‘0.78’, ‘0.83’]

1.00

[‘1.00’, ‘1.00’]

1

monte_carlo_test{‘statistic’: ‘Frs_vs’, ‘pnorm’: 2, ‘rmax’: 1.0, ‘MC_reps’: 199}

0.09

[‘0.07’, ‘0.11’]

0.42

[‘0.39’, ‘0.45’]

0.99

[‘0.99’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

2

global_mad_test{‘statistic’: ‘Frs’, ‘MC_reps’: 199}

0.07

[‘0.06’, ‘0.09’]

0.23

[‘0.20’, ‘0.25’]

0.78

[‘0.75’, ‘0.80’]

1.00

[‘1.00’, ‘1.00’]

3

global_mad_test{‘statistic’: ‘Frs_vs’, ‘MC_reps’: 199}

0.08

[‘0.07’, ‘0.10’]

0.42

[‘0.39’, ‘0.45’]

1.00

[‘0.99’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

4

global_rank_env_test{‘fun’: ‘Fest’, ‘correction’: ‘rs’}

0.08

[‘0.06’, ‘0.10’]

0.31

[‘0.29’, ‘0.34’]

0.99

[‘0.98’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

5

global_rank_env_test{‘fun’: ‘Fest’, ‘correction’: ‘rs’, ‘rmin’: 0.65, ‘rmax’: 1.05}

0.11

[‘0.09’, ‘0.13’]

0.49

[‘0.46’, ‘0.52’]

1.00

[‘0.99’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

6

global_rank_env_test{‘fun’: ‘Fest’, ‘correction’: ‘rs’, ‘transform’: ‘asin(sqrt(.))’}

0.07

[‘0.06’, ‘0.09’]

0.31

[‘0.28’, ‘0.34’]

0.99

[‘0.99’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

7

global_rank_env_test{‘fun’: ‘Fest’, ‘correction’: ‘rs’, ‘rmin’: 0.65, ‘rmax’: 1.05, ‘transform’: ‘asin(sqrt(.))’}

0.11

[‘0.10’, ‘0.14’]

0.49

[‘0.46’, ‘0.52’]

1.00

[‘0.99’, ‘1.00’]

1.00

[‘1.00’, ‘1.00’]

8

APF

0.11

[‘0.09’, ‘0.13’]

0.29

[‘0.26’, ‘0.32’]

0.51

[‘0.48’, ‘0.55’]

0.70

[‘0.67’, ‘0.73’]