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Lectures

The lecture slides and the computer exercises define the course.
Examination questions will be on the lecture slides and the computer exercises.
The literature aims to provide a fuller description in running text. It is color coded, see below:

  • Supports the lecture slides. May contain some extra material.
  • History of phototography. For the interested student. Will not be included in the exam, though.
  • Lab reference.
  • Optional

  • </tr> </tbody> </table>
    Lecture Content Material Personnel, Comment
    Le 1
    30/10
    Image formation

    MM

    Le 2
    1/11
    Image sensing

    MM

    Le 3
    3/11
    3D visualization MM
    Le 4
    8/11
    Images sensors,
    physics/electronics
    Alireza Saberkani,
    Johan Melander
    Le 5
    10/11
    Image formation,
    lens issues

    MM

    Le 6
    15/11
    Projective geometry,
    Camera Calibration 1
    MM
    Le 7
    17/11
    Camera calibration 2 MM
    Le 8
    22/11
    The IR sensor JA
    Le 9
    29/11
    Panorama stitching MM
    Le 10
    1/12
    Range cameras 1 MM
    Le 11
    6/12
    Range cameras 2
    Point clouds
    PF
    Le12
    8/12
    Range cameras 3,
    Point clouds
    PF, MM
    Le 13
    13/12
    Specialized cameras MM
    Le 14
    15/12
    Guest/
    Final comments
    • Leif Lindgren from Qualcomm will give a guest lecture 13.15-14
      Video from Qualcomm (Optional)
    • Maria Magnusson will give some final comments. Questions before the exam are welcome!
    • Slides, Updates (updated Dec 2023)
    LL, MM