搜索资源列表
Bistatic-_MIMO_radar_DOA-DOD
- 双基地MIMO雷达系统DOA和DOD联合估计的MATLAB仿真程序，系统架构和算法可参考以下两篇原始文献。 Haidong Yan,Jun Li, Guisheng Liao.Multi-Target Identification and Localization Using Bistatic MIMO Radar Systems.(cited by 106)EURASIP Journal on Advances in Signal
twodesprit
- 用于双基地MIMO雷达波离角和波达角估计的二维ESPRIT算法的matlab程序-a 2 dimensional ESPRIT Algorithm based on bistatic mimo radar for joint dod & doa estimation ，realized on matlab
2D_MUSIC
- MIMO 雷达的DOA和DOD估计 2D-MUSIC算法-MIMO radar DOA and DOD estimation 2D-MUSIC algorithm
04383293
- MIMO arrayed bistatic radar for DOD and DOA parameter estimation MIMO arrayed bistatic radar for DOD and DOA parameter estimation
501478
- This work considers source localization and parameters estimation problem using bistatic MIMO radar. A new method for joint DOD-DOA estimation in multi-target situation with automatic pairing is proposed. We have exploit
thesis-(1)
- This work considers source localization and parameters estimation problem using bistatic MIMO radar. A new method for joint DOD-DOA estimation in multi-target situation with automatic pairing is proposed. We have exploit
wu2012
- This work considers source localization and parameters estimation problem using bistatic MIMO radar. A new method for joint DOD-DOA estimation in multi-target situation with automatic pairing is proposed. We have exploit
zhang2012
- This work considers source localization and parameters estimation problem using bistatic MIMO radar. A new method for joint DOD-DOA estimation in multi-target situation with automatic pairing is proposed. We have exploit
COMBINED-ESPRIT-ROOTMUSIC-FOR-DOA-DOD-ESTIMATION-
- MIMO DOA and DOD using ESPRIT and MUSIC
MTCL_MUSIC
- 基于MUSIC的MIMO雷达DOA、DOD估计(DOD and DOA estimation for MIMO radar based on MUSIC)
Beamspace_MUSIC
- This code is implemented for finding the DOD and DOA of a target with unknown colored noise. It uses Beamspace MUSIC for angle estimation
2D SBL
- A Tensoral implementation of angle estimation with unknown colored noise is implemented. A 2D sparse Bayesian method is applied to achieve the estimated DOA and DOD