Dissertation > Excellent graduate degree dissertation topics show

Study on Multidimensional Parameter Estimation Based on Non-ideal Electromagnetic Vector Sensor Array

Author: HouAiLin
Tutor: ShiYaoWu
School: Jilin University
Course: Control Theory and Control Engineering
Keywords: Electromagnetic vector sensor DOA Polarization Uniform circular array Array error
CLC: TP212
Type: Master's thesis
Year: 2007
Downloads: 160
Quote: 1
Read: Download Dissertation

Abstract


Electromagnetic vector sensor array signal processing is an emerging discipline in the field of array signal processing branch , compared with the traditional scalar sensor array , robust detection of electromagnetic vector sensor array , strong interference rejection capability and high spatial resolution capability. These advantages make it important value of military and civilian applications . Outstanding achievements in modern signal processing methods with electromagnetic vector sensor array signal processing method of organic combination of multi-parameter estimation method for non- ideal array signal , first introduced the basics of polarized array signal processing , discussed based on the non- ideal polarization array signal multi - parametric estimation of the theoretical and methodological issues . Including : DOA matrix algorithm based on the circular electromagnetic vector sensor array of two-dimensional DOA and polarization parameters estimated ; based on circular electromagnetic vector sensor array fourth-order cumulants of two-dimensional DOA, frequency and polarization parameters of joint algorithm , as well as the system is estimated there are the robust algorithm dimensional DOA Estimation disturbances ; single electromagnetic vector sensor electromagnetic vector sensor array situ error estimation and compensation issues , the auxiliary source correction . These are electromagnetic vector sensor array signal processing research focus , they are both electromagnetic vector sensor array signal processing theory development or practical application , has an important significance .

Related Dissertations

  1. Numerical Simulation of Polarized Radiative Energy and Entropy Transfer,TK124
  2. Research on Smart Antenna Technology Application in WiMAX System,TN821.91
  3. Second-order Circulation Statistics-based Array Signal Processing,TN911.7
  4. Design of a Ka-Band Meander-Line Circular Polarizer,TN820.81
  5. Research and Design on Planar of Reconfigurable Antenna,TN820
  6. The Study of Multi-polarized MIMO Channel,TN821.1
  7. The Study of the MIMO Channel Based on Image Method,TN919.3
  8. Multi-polarization Antenna in 3-D Channel Model,TN821.1
  9. Key Problem Research of Imaging Polarimeter,O439
  10. Direction of Arrival Estimation Algorithm and Its DSP Implementation,TN957.51
  11. MUSIC algorithm on DSP Technology,TP368.1
  12. Analysis Methods for Energy Transmission and Polarization State of Traced Rays in Optical Systems,O436.3
  13. Based on polarization and depolarisation current law status of transformer oil-paper insulation,TM855
  14. Zinc oxide surge arresters in GIS for fast transient overvoltage impact study,TM864
  15. Internet Group Polarization from the Perspective of Communication,G206
  16. Modeling and Optimization of High Electron Mobility Transistor (HEMT),TN386
  17. Research on the Polarization Error and Key Component of Optical Fiber Gyroscope,TN253
  18. Research on the Coherent Detection System for the Carrier Frequency Measurement Based on the Acousto-optic Effect,TN011
  19. The Monte Carlo Study of Polarized Light Propagation in Atmosphere: Simulation and Application,O436.3
  20. Polypyrrole coating cardiovascular devices for artificial surface modification of titanium-based experimental study,R318.08
  21. Research on DOA Estimation and Tracking Approach Based on Monte Carol Method,TN911.7

CLC: > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation components,parts > Transmitter ( converter),the sensor
© 2012 www.DissertationTopic.Net  Mobile