Dissertation > Excellent graduate degree dissertation topics show

The Research and Implementation of Auto-stereoscopic Display System for Large Size and High Resolution

Author: DingHan
Tutor: LiuWeiDong
School: Ocean University of China
Course: Electronics and Communication Engineering
Keywords: high resolution auto-stereoscopic display design of lenticular lens 4K×2K up-scaling algorithm Stereo image mapping technology
CLC: TN27
Type: Master's thesis
Year: 2013
Downloads: 1
Quote: 0
Read: Download Dissertation

Abstract


With the rapid development of science and technology, auto-stereoscopic displayhas come into our life, the kinds of glasses-free3D display technology has beenincreasing with the products’ mature gradually. The glasses-free3D displaytechnology gets the market acceptance with its advantages as prominent3D effect, thehigher brightness among them.This paper based on the technology of glasses-free3D display, completed thelarge ultrahigh resolution of the glasses-free3D display system, through the design oflenticular lens, the data mapping for stereo image and the image processing algorithmfor4K×2K.First of all, this paper introduces research background, development and currentstatus at home and abroad related to auto-stereoscopic display, the work of this paperand organization structure. The second chapter describes the imaging theoryof Stereoscopic vision, the principles of liquid crystal display, then compares theadvantages and disadvantages of various3D display technologies. The third chapterand the fourth chapter are the key content of this paper, firstly introduces Glasses-free3D display technology of lenticular lens, includes the design of lenticular lens andsimulation validation, parameter design, parameter calculation and parametercalibration. The forth chapter introduces the design of large ultrahigh resolution of theglasses-free3D display system, includes the data mapping for stereo image, imageprocessing algorithm for4K×2K. Finally, this paper put forward a optimizationmethod of reducing crosstalk and increasing the visual angle of glasses-free3Ddisplay.The results of this paper has been successfully applied to the56-inchauto-stereoscopic display for exhibition and got high evaluation. Lay a foundation forlarger ultrahigh resolution of the glasses-free3D display system and has a good development prospects.

Related Dissertations

  1. Based slab waveguide helmet display technology research,TN27
  2. Research of Electrical Resistance Tomography Based on Pattern Transition,TN27
  3. Design and Charactering of Large Aperture Micro-Structural Planar Photon Sieves,TN27
  4. Focused Photoacoustic Imaging and Its Application in Venous Thrombosis,TN27
  5. High-speed scanning confocal imaging system with,TN27
  6. Research on the Smart Spectral Imaging Technology Based on Electrically Controlled Liquid Crystal Filter,TN27
  7. 3D Display Technology and Educational Research,TN27
  8. Line imaging spectrometer based on frequency domain OCT studies focusing,TN27
  9. Research of Registration Algorithm in Three-Dimension Optical Imaging System,TN27
  10. PDLC black and white flexible display technology research,TN27
  11. IC defects infrared light-emitting digital lock-in display technology and its applications,TN27
  12. Overall optical coherence tomography study of the key technologies,TN27
  13. Research on FPGA-Based Coherent Electrical Capacitance Tomography System,TN27
  14. All Fiber High-speed Delay Scanning Method and Experiment Research That Can Be Used in OCT System,TN27
  15. Frequency domain optical coherence tomography imaging characteristics analysis and experimental study,TN27
  16. Based on the principle of multiple seismic attributes RGB display technology research and application,TN27
  17. Passive millimeter wave radiometer super-resolution imaging technology,TN27
  18. Polarization-sensitive Fourier-domain Optical Coherence Tomography,TN27
  19. Study on Variation and Recovery of Optical Imaging Through Air Medium in a Thermal Radiation Field,TN27
  20. Generating Images and Beam Shaping Based on Diffractive Optics Effects,TN27
  21. The Three-Dimensional Display Technique of the Hologram,TN27
  22. Full-field White-light PS-OCT with a Linnik Microscope,TN27

CLC: > Industrial Technology > Radio electronics, telecommunications technology > Photonics technology,laser technology > Display Technology
© 2012 www.DissertationTopic.Net  Mobile