SAM-P7: Applications of Multichannel Signal Processing |
Session Type: Poster |
Time: Thursday, May 20, 13:00 - 15:00 |
Location: Poster Area 7 |
Chair: , |
SAM-P7.1: BI-ITERATIVE LEAST SQUARE VERSUS BI-ITERATIVE SINGULAR VALUE DECOMPOSITION FOR SUBSPACE TRACKING |
Shan Ouyang; University of California, Riverside |
Yingbo Hua; University of California, Riverside |
SAM-P7.2: TRACKING MULTIPLE SPEAKERS USING RANDOM SETS |
Ba-Ngu Vo; University of Melbourne |
Sumeetpal Singh; University of Melbourne |
Wing-Kin Ma; Chinese University of Hong Kong |
SAM-P7.3: GEOLOCATION BY TIME DIFFERENCE OF ARRIVAL USING HYPERBOLIC ASYMPTOTES |
Samuel Drake; Defence Science & Technology Organisation (DSTO) |
Kutluyil Doğançay; University of South Australia |
SAM-P7.4: PARTICLE DETECTION AND VELOCITY MEASUREMENTS IN LASER DOPPLER VELOCIMETRY USING KALMAN FILTERS |
Alain le Duff; ESEO |
Guy Plantier; ESEO |
Anthony Sourice; ESEO |
SAM-P7.5: DIVERSITY MEASURE MINIMIZATION BASED METHOD FOR COMPUTING SPARSE SOLUTIONS TO LINEAR INVERSE PROBLEMS WITH MULTIPLE MEASUREMENT VECTORS |
Bhaskar Rao; University of California, San Diego |
Kjersti Engan; Stavanger University College |
Shane Cotter; University of California, San Diego |
SAM-P7.6: BINAURAL SOUND SEGREGATION FOR MULTISOURCE REVERBERANT ENVIRONMENTS |
Nicoleta Roman; Ohio State University |
DeLiang Wang; Ohio State University |
SAM-P7.7: NONNEGATIVE DECONVOLUTION FOR TIME OF ARRIVAL ESTIMATION |
Yuanqing Lin; University of Pennsylvania |
Daniel Lee; University of Pennsylvania |
Lawrence Saul; University of Pennsylvania |
SAM-P7.8: PERFORMANCE OF DOPPLER ESTIMATION FOR ACOUSTIC SOURCES WITH ATMOSPHERIC SCATTERING |
Richard Kozick; Bucknell University |
Brian Sadler; Army Research Laboratory |
SAM-P7.9: RECURSIVE LEAST SQUARES SOLUTION TO SOURCE TRACKING USING TIME DIFFERENCE OF ARRIVAL |
Ahmad Hashemi-Sakhtsari; Defence Science & Technology Organisation (DSTO) |
Kutluyil Doğançay; University of South Australia |
SAM-P7.10: SPEAKER LOCATIONS FROM INTER-SPEAKER RANGE MEASUREMENTS: CLOSED-FORM ESTIMATOR AND PERFORMANCE RELATIVE TO THE CRAMÈR-RAO LOWER BOUND |
Scott Wilson; Stanford University |
Jeff Walters; Stanford University |
Jonathan Abel; Stanford University |
ICASSP 2003 Paper SAM-P7.11: A NOVEL APPROACH FOR THE EQUALIZATION OF LOW FREQUENCY RESPONSE IN THE AUTOMOTIVE SPACE |
Lae-Hoon Kim; Seoul National University |
Jun-Seok Lim; Sejong University |
Chulmin Choi; Seoul National University |
Koeng-Mo Sung; Seoul National University |
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