Dissertation > Excellent graduate degree dissertation topics show

DSP FPGA -based television tracking four Research and Implementation

Author: LiuXiaoMing
Tutor: TianYan
School: Xi'an Optics and Fine Mechanics
Course: Signal and Information Processing
Keywords: Photoelectrical tracking and measuring Target deviation DSP&FPGA Fast median filter EDMA channel
CLC: TP391.41
Type: Master's thesis
Year: 2008
Downloads: 292
Quote: 4
Read: Download Dissertation

Abstract


The paper based on the research of TV tracker, which is part of the "Air trajectory optics measurement system" project. TV tracker plays an important role in photoelectrical tracking and measuring equipment. The system can process the video signal from the camera, computing the target deviation and transmitting the target deviation to the control computer in real-time.Aiming at the characteristics of large data、high processing speed of TV tracker, and limited processing time, combine with the advanced technology and apparatus, a new real-time TV tracker based on DSP and FPGA which can make the objects captured fast is introduced in this paper. The system adopts TI’s high performance DSP TMS320C6416 as the processing core unit to realize many tracking arithmetic, such as all-video-field, core, edge and correlation, which can give the target deviation in the interval of the two frames; the video capture unit, the video pre-processing unit, and the video display unit are implemented in the FPGA which acts as a coprocessor; PC104 is used to transmit the target deviation to control computer and receive orientation、pitching and timing from the control computer.The paper advances a arithmetic of fast median filter based on FPGA, which solve the shortcomings of the tradition median filter in the video pre-processing; High data throughput is achieved by utilizing a glueless interface between DSP and FPGA; By using the EDMA channel linking mechanism of DSP, this system can transport video data from FPGA unit to L2 cache without CPU interference, thus improving the performance and diminishing the burden of the system.The experiment demonstrates that TV tracker is much easier than the former DSP platform for fulfilling the real-time requirement in carrying out complicated algorithm and multi-target extraction, enhancing the integer performance.

Related Dissertations

  1. Realization for Physical Layer of IEEE802.11a Based Hardware,TN925.93
  2. Design and Realization of Launcher Integrated Test System Based on DSP and FPGA,TJ06
  3. Design and Implementation of Antenna Servo Controller Based on DSP,TN820.3
  4. Receiver design and implementation of research based on DSP and FPGA amplitude,TN851
  5. Signal Receiver and Signal Processor Hardware Design of Acoustic Positioning Buoy,TN851
  6. Optimizing and Realising Research on Vedio Compression in TV Guidance System,TN919.81
  7. Design of Two Channel NAVTEX Receiver,TN851
  8. Research and development of chess robot embedded vision system,TP242.62
  9. Research on Multifunction Virtual Instrument,TP274
  10. Research and Design of Cascaded Multilevel Inverter Based on DSP and FPGA,TM464
  11. Short-range radar target signal video simulator technology research,TN955
  12. Design of Strap-Down Attitude and Heading Data Acquisition System Based on Micromachined Inertial Component,TP274.2
  13. The Design and Simulation of DTG Strapdown Inertial Navigation System,TP273
  14. The Design of Buoy Communication Node of the Active Passive Underwater Acoustic Positioning System,TP274
  15. Software Design and Development on DSP-Based Multi-axes Motion Controller,TG659
  16. A Study on Multi-Channel Video Synchronization of on-Screen Display System,TP391.41
  17. The DSP Implementation of Handwritten Numeral Recognition Algorithm,TP391.43
  18. Optimization and Realization of Adaptive Beam Algorithm for Passive Phased Array Antenna,TN821.8
  19. The Realization of H.264 Video Compression System Based on DSP and FPGA,TN919.81
  20. Portable radar signal processor design and implementation,TN957.51
  21. DSP-based embedded License Plate Recognition System Design and Implementation,TP391.41

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer applications > Information processing (information processing) > Pattern Recognition and devices > Image recognition device
© 2012 www.DissertationTopic.Net  Mobile