TS.11.02. ACOUSTIC
ARRAY PROCESSING,
VISUALIZATION AND SOURCE LOCALIZATION

Technical Session
Organizers: Efren Fernandez Grande, Manuel Sobreira, Kainam Thomas Wong

1238.
Recovery of non-stationary free field based on pressure and acceleration
measurements in a noisy environment
Geng, Lin; He, Chun-Dong; Mu, Meng-Lin

1260.
Generalized-Gaussian-Distribution-Based Independent Deeply Learned
Matrix Analysis for Multichannel Audio Source Separation
Makishima, Naoki; Takamune, Norihiro; Kitamura, Daichi; Saruwatari,
Hiroshi; Takahashi, Yu; Kondo, Kazunobu; Nakajima, Hiroaki

1293.IP.
Experimental validation of vector-based EB-ESPRIT technique for
the localization of early reflections in a reverberant room
Jo, Byeongho; Choi, Jung-Woo

1308.
Time domain phase coherence based algorithm for impact source reconstruction
Bilodeau, Maxime; Quaegebeur, Nicolas; Robin, Olivier; O’Donoughue,
Patrick; Masson, Patrice; Berry, Alain

1360.
Acoustic Localization and Tracking of the Multiple Drones
Jung, In-Jee; Ih, Jeong-Guon

1364.IP.
Bayesian Direction of Arrival Estimations for Sound Sources Using
a Spherical Microphone Array
Weikel, Stephen; Xiang, Ning; Landschoot, Christopher

1382.IP.
Extraction of target sources from incoherent and partially coherent
background noise using low-rank and sparse decomposition of the
cross-spectral matrix
Gao, Jianzheng; Yu, Liang; Jiang, Weikang

1433.IP.
Reconstruction of the sound field radiated from a source in a noisy
environment based on three-dimensional scanning measurements
Luo, Zhong-Wei; Bi, Chuan-Xing; Zhang, Yong-Bin; Zhang, Xiao-Zheng;
Xu, Liang

1535.
Adaptable Beam-width Ultrasound Array for Remotely Sensing Vegetation
Properties
Bradley, Stuart; Legg, Mathew

1563.
Spherical integration in acoustical holography
Puhle, Christof

1617.IP.
Cross-spectral matrix denoising for beamforming in wind tunnels
Hald, Jørgen; Ginn, Kevin Bernard

1646.
Beamforming by Means of Inverse Variance Weighting
Raumer, Hans-Georg

1765.
Noise localization using a low-cost microphone array
Garcia, Jorge Joaquin; Alloza, Pablo

1776.IP.Three-dimensional
sound source localization using microphone array and its display
with mixed reality technology
Kusano, Tsubasa;
Matsumoto, Yasuhide; Kataoka, Yuta; Teraoka, Wataru; Oikawa, Yasuhiro;
Yoshida, Kenichi; Kitazumi, Yoshimi

1876.
A Wigner function approach to near-field acoustic holography – theory
and experiments
Tanner, Gregor; Ramapriya, Deepthee Madenoor; Gradoni, Gabriele;
Creagh, Stephen; Moers, Elise; Lopéz Arteaga, Inés

1887. Visualization of the radiation of sound for selected devices
Szczepanski, Grzegorz

1943.
Construction and measurement examples of a wireless sampling-synchronized
measurement system
Nakajima, Yasutaka; Kurosawa, Yu; Yoshino, Kuniyuki; Ueta, Toshihiro

1966.
Self driving car path planning modification with respect to rapid
emergency vehicle detection
Tatoglu, Akin; King, Eoin

2008.
Acoustic localization estimation of an Unmanned Aerial Vehicle using
microphone array
Blanchard,
Torea; Jean-Hugh, Thomas; Kosai, Raoof, Kosai

2028.
Overview of the phase and amplitude gradient estimator method for
acoustic intensity
Gee, Kent L.; Irarrazabal, Francisco J.; Cook, Mylan R.; Sommerfeldt,
Scott D.; Neilsen, Tracianne B.; Mortenson, Michael C.; Nelson,
Pauline

2074.IP.
Acousto-optic sensing of the sound field in a lightly damped room
Verburg, Samuel A.; Fernandez-Grande, Efren; Barrera-Figueroa, Salvador

2120.IP.
Symbiotic principle for multiple tonal or harmonic sound source
tracking using a network of Acoustic Vector Sensors
Pérez Cabo, David; Sobreira Seoane, Manuel A.

2205.
Localization of Noise Sources in an Outdoor HVAC Unit by using the
Arbitrary Source Location Method in Combination with Wideband Acoustical
Holography
Lepak, WeSaam; Sung, Weonchan; Shi, Tongyang; Liu, Yangfan;
Thor, Weimin; Davies, Patricia; Bolton, J. Stuart