Application of a maximum likelihood processor to acoustic backscatter for the estimation of seafloor roughness parameters

Keyphrases

• Maximum Likelihood Estimation 100%
• Maximum Likelihood 100%
• Acoustic Backscatter 100%
• Seafloor Roughness 100%
• Roughness Parameters 100%
• Magellan 100%
• Curve Fitting 100%
• Guyots 100%
• Power Law 50%
• Backscatter Data 50%
• Seafloor 50%
• Acoustic Sensing 50%
• Automated Method 50%
• Hermann Von Helmholtz 50%
• Data Averaging 50%
• Estimation Method 50%
• System Calibration 50%
• Fitting Method 50%
• Acoustic Data 50%
• Kirchhoff Approximation 50%
• Seafloor Classification 50%
• Central North Pacific 50%
• Bottom Reverberation 50%
• Pacific Seamount 50%
• General Geometries 50%
• Calibration Information 50%
• Roughness Spectrum 50%
• Data Normalization 50%

Engineering

• Maximum Likelihood 100%
• Maximum Likelihood Estimation 100%
• Roughness Parameter 100%
• Helmholtz's Law 50%
• Collected Data 50%
• Real Data 50%
• Simulated Data 50%
• Calibration System 50%
• Kirchhoff 50%
• Estimation Procedure 50%
• Fitting Curve 50%
• Reverberation 50%
• Fitting Procedure 50%

Earth and Planetary Sciences

• Backscatter 100%
• Power Law 50%
• Acoustic Data 50%
• Reverberation 50%
• Seamount 50%
• North Pacific 50%