Table 5 Measured acousticparameters.
From: Hunting dogs bark differently when they encounter different animal species
Abbreviation | Name | Description | Units | DFA model |
|---|---|---|---|---|
Duration | Duration | Signal duration | (s) | I,II,III |
Time 5 Rel | Time 5% relative | The point in time that divides the signal into two time intervals containing 5% and 95% of the energy | (Rel) | I,II,III |
Time 95 Rel | Time 95% relative | The point in time that divides the signal into two time intervals containing 95% and 5% of the energy | (Rel) | |
Q1T Rel | First quartile time relative | The point in time that divides the signal into two time intervals containing 25% and 75% of the energy | (Rel) | II |
Q3T Rel | Third quartile time relative | The point in time that divides the signal into two time intervals containing 75% and 25% of the energy | (s) | I,III |
F5 Rel | Frequency 5% relative | The frequency that divides the signal into two frequency intervals containing 5% and 95% of the energy relative to frequency range | (Rel) | I,II |
F5 | Frequency 5% | The frequency that divides the signal into two frequency intervals containing 5% and 95% of the energy | (Hz) | II,III |
F 95 Rel | Frequency 95% relative | The frequency that divides the signal into two frequency intervals containing 95% and 5% of the energy relative to signal duration | (Rel) | II |
F 95 | Frequency 95% | The frequency dividing the signal into two frequency intervals containing 95% and 5% of the energy | (Hz) | I |
Q1F Rel | First quartile frequency relative | The frequency that divides the signal into two frequency intervals containing 25% and 75% of the energy relative to frequency range | (Rel) | I,II,III |
Q1F | First quartile frequency | The frequency that divides the signal into two frequency intervals containing 25% and 75% of the energy | (Hz) | |
Q3F | Third quartile frequency | The frequency that divides the signal into two frequency intervals containing 75% and 25% of the energy | (Hz) | III |
CF | Center frequency | The frequency that divides the signal into two frequency intervals of equal energy | (Hz) | II, III |
CT Rel | Center time relative | The point in time that divides a signal into two time intervals of equal energy | (Rel) | |
IQRBW | Inter-quartile Range | The difference between the 1st and 3rd Quartile Frequencies | (Hz) | III |
BW90 | Bandwidth 90% | The difference between the 5% and 95% frequencies | (Hz) | III |
Agg Entropy | Aggregate Entropy | The aggregate entropy measures the disorder (Bits) in a sound by analyzing the energy. Higher values correspond to greater disorder in the signal whereas a pure tone have zero entropy. It corresponds to the overall disorder in the sound.in a sound by analyzing the energy. Higher values correspond to greater disorder in the signal whereas a pure tone have zero entropy. It corresponds to the overall disorder in the sound | (Bits) | I,III |
Avg Entropy | Average Entropy | The average entropy measures the average disorder in a sound. Describes the amount of disorder for a typical spectrum within the signal | (Bits) | II,III |
Max Entropy | Maximum Entropy | This entropy is calculated by finding the entropy for each frame in the signal and then taking the maximum values | (Bits) | II,III |
Min Entropy | Minimum Entropy | This entropy is calculated by finding the entropy for each frame and taking the minimum values | (Bits) | I |
