TA8b2: Beamforming and Array-Based Estimation II |
| Session Type: Poster |
| Time: Tuesday, October 30, 10:15 - 11:55 |
| Location: Merrill |
| Session Chair: Kristine Bell, Metron Scientific Solutions |
| TA8b2-1: ON THE NUMBER OF CO-CHANNEL SIGNALS RESOLVABLE BY AN ANTENNA ARRAY |
| Benjamin Friedlander; University of California, Santa Cruz |
| TA8b2-2: ON IMPROVED ACCURACY CHIRP PARAMETER ESTIMATION USING THE DFRFT WITH APPLICATION TO SAR-BASED VIBROMETRY |
| Satish Mandal; University of New Mexico |
| Balu Santhanam; University of New Mexico |
| Majeed M. Hayat; University of New Mexico |
| TA8b2-3: ARRAY SHAPE CALIBRATION USING LOW RANK PROJECTIONS |
| Mark Wagner; University of California, San Diego |
| Michael Bianco; University of California, San Diego |
| Santosh Nannuru; University of California, San Diego |
| Peter Gerstoft; University of California, San Diego |
| TA8b2-4: SINUSOIDAL PARAMETER ESTIMATION FROM SIGNED MEASUREMENTS OBTAINED VIA TIME-VARYING THRESHOLDS |
| Jiaying Ren; University of Florida |
| Tianyi Zhang; University of Florida |
| Jian Li; University of Florida |
| Petre Stoica; Uppsala University |
| TA8b2-5: ATOMIC DECOMPOSITION-BASED SPARSE RECOVERY FOR SPACE-TIME ADAPTIVE PROCESSING |
| Yujie Gu; Temple University |
| Yimin Zhang; Temple University |
| TA8b2-6: DEEP LEARNING FOR SEISMIC EVENT DETECTION OF EARTHQUAKE AFTERSHOCKS |
| Lijun Zhu; Georgia Institute of Technology |
| Zhigang Peng; Georgia Institute of Technology |
| James McClellan; Georgia Institute of Technology |
| TA8b2-7: DUAL-FUNCTION MIMO RADAR-COMMUNICATIONS VIA FREQUENCY-HOPPING CODE SELECTION |
| William Baxter; University of New South Wales |
| Elias Aboutanios; University of New South Wales |
| Aboulnasr Hassanien; Wright State University |
| TA8b2-8: PHASE NOISE POWER SPECTRAL DENSITY ESTIMATION IN CASCADED AUTOMOTIVE RADAR TRANSCEIVER MMICS |
| Michael Gerstmair; DICE Danube Integrated Circuit Engineering GmbH & Co. KG |
| Alexander Melzer; Infineon Technologies Austria AG |
| Alexander Onic; DICE Danube Integrated Circuit Engineering GmbH & Co. KG |
| Mario Huemer; Johannes Kepler University |