Open Lab Night | Effects of Camera Motion on Image Resolution
Project information
submitted by
Christian Benz
Co-Authors
Nayana Satish Bhosale, Alina Schimko, Ganesh Kumar Uppiretla
Mentors
Christian Benz
Faculty:
Media
Degree programme:
Computer Science and Media (Bachelor of Science (B.Sc.)),
Digital Engineering (Master of Science (M.Sc.))
Type of project presentation
– Other –
Semester
Summer semester 2022
- Schwanseestraße 143 - S143
(Computer Vision-Labor, 1.17) - Schwanseestraße 143 - S143
(Computer Vision-Labor, 1.17)
Project description
The relevance of moving platforms for image acquisition - such as mobile phones or drones - is steadily increasing. The practical image resolution achieved by a moving camera is, however, typically worse than the theoretically possible resolution. Effects of motion blur, out of focus, noise, and improper camera parameters can distinctly reduce image sharpness and, thereby, the capability of representing fine structures. In this project, the practical resolution will be estimated by means of a Siemens star and related to camera movement.