Computational Optical Imaging
MICRO-421
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Imaging Optics MICRO-421
Practical information
Lecturer: Prof. Demetri Psaltis demetri.psaltis@epfl.ch
Assistants: Felix Wechsler felix.wechsler@epfl.ch, Zahra Basiri zahra.basiri@epfl.ch, Carlo Gigli, Ulas Dinc
Time: Fridays Lecture 10:15 to 12:00 in-class ELG120. The exercise session is from 12:00 to 13:00
Homework
We introduce the homework in class. The homework has to be finished at home and submitted on Moodle. Please bring a laptop to class.
The homeworks and solutions are published on GitHub. See this link: https://github.com/EPFL-LAPD/Imaging-Optics-Micro-421-2024
For the homework we are using the programming language https://julialang.org/.
- There will be weekly homeworks which are submitted in pairs of 2 people. The deadline of the homeworks is always Friday 10:15 with the beginning of the lecture. Later submissions are not considered. When you submit as a team, just mention the name of your partner as a comment in the submission field. Only one submission per pair is fine.
The grades per homework are:
- 4/4: fully correct, minor mistake
- 3/4: mostly correct, few mistakes
- 2/4: partially correct, many mistakes
- 1/4: mostly wrong, some good approaches
- 0/4: major misunderstandings or no submission
Midterm:
The midterm will take place on the 19th of April. Starting at 10:15 until 13:00.
The room is MXF14.
Final Exam:
The final exam will take place on the 31st of May. Starting at 10:15 until 13:00.
The room is MXF14.
If you do not have your own computer, please be around 9:45 present in the room. Do the following steps to get Julia running:
- Login with your credentials and select the VDI STI-Ubuntu-Exam
- After login, click in the top left corner and search for the application Terminal
- Type in the Terminal julia
- Once the Julia REPL opened, type: using Pkg; Pkg.add("Pluto"); using Pluto; Pluto.run()
- Go to GitHub and select the right URL for the final exam: https://github.com/EPFL-LAPD/Imaging-Optics-Micro-421-2024
- Let the notebook run and wait ~5-10mins for installation of all packages.
Grading:
- 50% weekly homework
- 25% mid-term exam
- 25% final exam
- 10% in-class quizzes
Literature
Introduction to Fourier Optics, Joseph Goodman