Multi-View Source Localization Based on Power Ratios

Keyphrases

• Acoustic Environment 50%
• Bayesian Estimation 50%
• Computationally Efficient 50%
• Covariance 50%
• Distributed Network 50%
• Efficient Feature Extraction 50%
• Feature Vector 100%
• Gaussian Process 100%
• Learning-based 50%
• Local Model 50%
• Measured Signal 50%
• Microphone 100%
• Noisy Environment 50%
• Power Ratio 100%
• Process Mapping 50%
• Reverberant Environment 50%
• Reverberation 50%
• Robustness to Noise 50%
• Source Localization 100%
• Source Position 100%
• Special Characteristic 50%
• Unifying Model 50%
• View Sources 100%

Engineering

• Covariance Term 50%
• Extracted Feature 50%
• Feature Extraction 50%
• Feature Vector 100%
• Gaussians 100%
• Local Model 50%
• Measured Signal 50%
• Observed Data 50%
• Power Ratio 100%
• Reverberation 50%

Computer Science

• Distributed Network 50%
• Extracted Feature 50%
• Feature Extraction 50%
• Feature Vector 100%
• Process Mapping 50%
• Research Effort 50%
• Source Localization 100%