AN IMPROVED OMNI-DIRECTIONAL AZIMUTH ANGLE MEASUREMENT ALGORITHM OF VHF RADAR| Session Chairs: | William Davis, Chao Tian |
In the last years, the different techniques to obtain information about the location of a radio terminal have really boomed. Other “terrestrial” systems come to the aid in this respect, based on cellular networks, Wi-Fi signals, or even opportunity wideband radio signals like those emitted by television repeaters.
8:00 AC01.1 AN IMPROVED OMNI-DIRECTIONAL AZIMUTH ANGLE MEASUREMENT ALGORITHM OF VHF RADAR
C. Tian, S. -L. Wen
Beijing Institute of Radio Measurement, Beijing, China
8:20 AC01.2 DOA Estimation Based on Compressive Sampling Array with Novel Beamforming
G. Li1,2, G. Huang1
1Science and Technology on Electronic Information Control Laboratory, Chengdu, China
2University of Electronic Science and Technology of Chin, Chengdu, China
8:40 AC01.3 NEXT-GENERATION LANDING SYSTEMS BASED ON COMBINED PASSIVE RADAR
T. Shevgunov1, A. Dubrovin2, V. Nikishov2
1Moscow Aviation Institute, Moscow, Russian Federation
2ZAO “RADIY TN”, Moscow, Russian Federation
9:00 AC01.4 RADIO FREQUENCY CHANNEL CHARACTERIZATION OF A NOVEL LOCALIZATION SYSTEM FOR RESCUE IN DISASTER SCENARIOS
J. He, L. Chai, X. Wei, E. Li
Cyber Innovation Joint Research Center, Zhejiang University, Hangzhou, China