Course Catalog

Digital Video Communications (DMET xxx)

Offered By:  Information Engineering and Technology Faculty

Description

  1. Analog video and NTSC television
  2. Spatio-temporal sampling; Sampling structure conversion (without using motion)
  3. Motion Analysis Real versus apparent motion Spatial-temporal constraint methods (optical flow equation) Block-matching methods Mesh-based methods Region-based (parametric) motion modeling Motion segmentation and layered video representations
  4. Video Processing Motion-compensated (MC) filtering Noise reduction Signal recovery and general inverse problems Restoration (deblurring) Superresolution, Mosaicing Deinterlacing Frame-rate conversion (MC-Interpolation)
  5. Video Watermarking
  6. Video Compression Frame-based compression (principles behind MPEG-1/2) Scalable or layered frame-based compression Object-based compression (principles behind MPEG-4)
  7. Video communication Video streaming and error-resilience Efficient processing of compressed video Digital TV
    1. deinterlacing
    2. video sampling structure conversion
  8. compression (frame-based and object-based methods).

 

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