Analysis of Affine Motion Compensated Prediction and its Application in Aerial Video Coding

Holger Meuel

doi:10.51202/9783186865106

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Bibliographic data

Copyright year: 2019
ISBN-Print: 978-3-18-386510-9
ISBN-Online: 978-3-18-686510-6
Publisher: VDI Verlag, Düsseldorf
Series: Informatik/ Kommunikation
Volume: 865
Language: German
Pages: 152
Product type: Book Titles

Titelei/Inhaltsverzeichnis Partial access Pages I - XVIII Download chapter (PDF)
1. Motion-Compensated Prediction No access
2. 1. Region of interest-based video coding No access
3. Contributions No access
4. Outline No access
1. SceneModel No access
2. 1. Perspective projection No access
  2. Lens model No access
  3. Sensor model No access
  4. Homogeneous coordinates No access
  5. World coordinates to camera coordinates No access
3. Projective Transformation and Homography No access
4. 1. Feature detection No access
  2. Correspondence analysis by Kanade-Lucas-Tomasi feature tracking No access
  3. Outlier removal: random sample consensus (RANSAC) No access
5. Mosaicking of Aerial Videos No access
6. 1. Motion-compensated prediction No access
  2. Global motion compensation No access
7. Rate-Distortion ¿eory No access
8. 1. ROI definition and detection No access
  2. ROI encoding No access
1. 1. Affine motion and error model No access
  2. Probability density function of the displacement estimation error No access
  3. Power spectral density of the signal No access
  4. Power spectral density of the displacement estimation error No access
  5. Rate-distortion function No access
  6. Rate-distortion analysis of affine global motion-compensated prediction No access
  7. Conclusions for the fully affine motion model for global motion compensation No access
2. 1. Derivation of the probability density function of the displacement estimation error for a simplified affine model No access
  2. Rate-distortion analysis of the simplified affine model No access
3. Summary of AffineMotion-Compensated Prediction in Video Coding No access
1. 1. Calculation of the new areas No access
  2. Long-term mosaicking of aerial videos No access
  3. In-loop radial distortion compensation No access
2. 1. Highly performant difference image-based moving object detection No access
3. 1. Inherent noise removal of the proposed general ROI coding No access
4. Mosaicking of ROI-Encoded Videos No access
5. Video Reconstruction from ROI-Encoded Videos No access
1. 1. Efficiency measurements for fully affine motion-compensated prediction in video coding No access
  2. Operational rate-distortion diagrams using JEM No access
2. 1. Objective evaluation of the general ROI-coding system compared to a modified HEVC-encoder and common HEVC coding No access
  2. Subjective tests No access
  3. Long-term mosaicking No access
1. 1. Displacement Estimation Error pdf Derivation (Fully AffineModel) No access
  2. Displacement Estimation Error pdf Derivation (Simplified AffineModel) No access
  3. Fourier Transform of Displacement Estimation Error (Fully AffineModel) No access
  4. Fourier Transform of Displacement Estimation Error (Simplified AffineModel) No access
Bibliography No access Pages 133 - 152