Bild & perceptions lab - Filmer

• Bild & perceptions lab / Leonardo da Vinci and Spatial Effects (3D perception) in Paintings
  Welcome to a guest lecture with Prof. Kim Veltman from Virtual Maastricht McLuhan InstituteLeonardo da Vinci's interest in spatial effects was inspired partly by new trends in painting practice among his contemporaries:e.g.Mantegna, Jan van Eyck. His early research into linear perspective convinced him that the vanishing points of geometrical objects were problematic. Hence, his later paintings focused on effects of light and shade (chiaroscuro) on human forms. When he moved to Milan c. 1482 he began to study optics and perspective, which led to preliminary treatises (Ms. A - C, 1490-1492) and culminating in later manuscripts (e.g. Mss. E-F, 1513-1515) and plans for a Treatise on Painting, which his student Francesco Melzi later compiled.
  Längd: 70 minuter
• Bild & perceptions lab / Computer Vision - Lecture 8 (2010-07-15)
  Content: Geometry of multiple views (Epipolar geometry, Essential & Fundamental matrices), estimation of stereo parameters (7 and 8-points algorithm) and image rectification.
  Längd: 90 minuter
• Bild & perceptions lab / Computer Vision - Lecture 3 (2010-07-07)
  Content: Linear filters (smoothing filters, gradiant filters), edges detectors (Sobel, Prewitt and Canny), mathematical morphology (erosion, dilation...) and frequency filtering (overview).
  Längd: 139 minuter
• Bild & perceptions lab / Computer Vision - Lecture 7 (2010-07-14)
  Content: Single view geometry (implementing projective geometry, image rectification, homographies and vanishing points & lines).
  Längd: 111 minuter
• Bild & perceptions lab / Computer Vision - Lecture 6 (2010-07-13)
  Content: Stereo technologies (stereo geometry, disparity and depth reconstruction), object recognition (finding keypoints using SIFT & DAISY) and introduction to RANSAC algorithm.
  Längd: 117 minuter
• Bild & perceptions lab / Computer Vision - Lecture 5 (2010-07-12)
  Content: Motion estimation (optical flow, Lukas-Kanade flow) & texture synthesis
  Längd: 120 minuter
• Bild & perceptions lab / Computer Vision - Lecture 2 (2010-07-06)
  Content: Projective geometry, usefull linear algebra & camera calibration. Note: the first part of this video was recorded without dedicated microphone. We apologize for the poor sound quality!
  Längd: 134 minuter
• Bild & perceptions lab / Computer Vision - Lecture 4 (2010-07-08)
  Content: Camera models, Pinhole perspective projection & Affine projection. Note: This video was recorded without dedicated microphone, we apologize for the poor sound quality!
  Längd: 51 minuter
• Bild & perceptions lab / Computer Vision - Lecture 1 (2010-07-05)
  Computer Vision - Lecture 1: - Camera models - Pinhole perspective projection - Affine projection
  Längd: 90 minuter
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