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Documento #829
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Note: Localization based on estimated source energy homogeneity. Acoustic signal localization is a complex problem with a wide range of industrial and academic applications. Herein, we propose a localization method based on energy attenuation and inverted source amplitude comparison (termed estimated source energy homogeneity, or ESEH). This inversion is tested on both synthetic (numerical) data using a Lamb wave propagation model and experimental 2D plate data (recorded with 4 accelerometers sensitive up to 26 kHz). We compare the performance of this technique with classic source localization algorithms: arrival time localization, time reversal localization, and localization based on energy amplitude. Our technique is highly versatile and out-performs the conventional techniques in terms of error minimization and cost (both computational and financial).
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[-0.060068496, 0.0077313716, 0.03791081, -0.010840503, -0.034489192, ... ]
- Dimensioni 768 dim
- Creato il 31/03/2026 15:19
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