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TU1.I: Radar and Acoustic Array Processing

Session Type: Poster
Time: Tuesday, 5 May, 11:30 - 13:30
Location: On-Demand
Session Chair: Wei Liu, University of Sheffield
 
  TU1.I.1: DIRECTION OF ARRIVAL ESTIMATION FOR REVERBERANT SPEECH BASED ON ENHANCED DECOMPOSITION OF THE DIRECT SOUND
         Lior Madmoni; Ben-Gurion University of the Negev
         Boaz Rafaely; Ben-Gurion University of the Negev
 
   TU1.I.2: RAY SEPARATION AND SOURCE DEPTH ESTIMATION BASED ON SOUND PRESSURE FIELD TRANSFORMATION
         Runyu Wei; Institute of Acoustics, Chinese Academy of Sciences
         Xiaochuan Ma; Institute of Acoustics, Chinese Academy of Sciences
         Xuan Li; Institute of Acoustics, Chinese Academy of Sciences
 
   TU1.I.3: REGULARIZED BEAMFORMER FOR THE SPHERICAL MICROPHONE ARRAY TO COPE WITH THE WHITE NOISE AMPLIFICATION
         Lei Wang; Idiap Research Institute
         Jie Zhu; Shanghai Jiao Tong University
 
   TU1.I.4: INTERPOLATION AND RANGE EXTRAPOLATION OF SOUND SOURCE DIRECTIVITY BASED ON A SPHERICAL WAVE PROPAGATION MODEL
         Jens Ahrens; Chalmers University of Technology
         Stefan Bilbao; University of Edinburgh
 
   TU1.I.5: POLARIZATION PARAMETERS ESTIMATION WITH SCALAR SENSOR ARRAYS
         Minghui Dai; Nanjing University of Science and Technology
         Xiaofeng Ma; Nanjing University of Science and Technology
         Wei Liu; University of Sheffield
         Weixing Sheng; Nanjing University of Science and Technology
 
   TU1.I.6: DNN-BASED DISTRIBUTED MULTICHANNEL MASK ESTIMATION FOR SPEECH ENHANCEMENT IN MICROPHONE ARRAYS
         Nicolas Furnon; Université de Lorraine
         Romain Serizel; Université de Lorraine
         Irina Illina; Université de Lorraine
         Slim Essid; Télécom ParisTech
 
   TU1.I.7: ASYMPTOTICALLY OPTIMAL BLIND CALIBRATION OF ACOUSTIC VECTOR SENSOR UNIFORM LINEAR ARRAYS
         Amir Weiss; Weizmann Institute of Science
         Boaz Nadler; Weizmann Institute of Science
         Arie Yeredor; Tel Aviv University
 
   TU1.I.8: OPTIMIZED SENSOR SELECTION FOR JOINT RADAR-COMMUNICATION SYSTEMS
         Ammar Ahmed; Temple University
         Shuimei Zhang; Temple University
         Yimin D. Zhang; Temple University
 
   TU1.I.9: FREQUENCY DIVERSE ARRAY RADAR: A CLOSED-FORM SOLUTION TO DESIGN WEIGHTS FOR DESIRED BEAMPATTERN
         Muhammad Zubair; Information Technology University Lahore
         Sajid Ahmed; Information Technology University Lahore
         Mohamed-Slim Alouini; King Abdullah University of Science and Technology (KAUST)
 
   TU1.I.10: ROBUST CFAR RADAR DETECTION USING A K-NEAREST NEIGHBORS RULE
         Angelo Coluccia; University of Salento
         Alessio Fascista; University of Salento
         Giuseppe Ricci; University of Salento
 
   TU1.I.11: CRAMER-RAO BOUND ON DOA ESTIMATION OF FINITE BANDWIDTH SIGNALS USING A MOVING SENSOR
         Aakash Arora; University of Luxembourg
         Bhavani Shankar Mysore R; University of Luxembourg
         Björn Ottersten; University of Luxembourg
 
   TU1.I.12: THEORETICAL ANALYSIS OF MULTI-CARRIER AGILE PHASED ARRAY RADAR
         Tianyao Huang; Tsinghua University
         Nir Shlezinger; Weizmann Institute of Science
         Xingyu Xu; Tsinghua University
         Dingyou Ma; Tsinghua University
         Yimin Liu; Tsinghua University
         Yonina Eldar; Weizmann Institute of Science