Computer
Vision (Fall 2026)
Administrative Matters
Instructor: Lin ZHANG
TA: Xumin SHEN (wechat: shenxumin_1, email: 2612153@tongji.edu.cn)
Evaluation: attendance 10%, homework (3 times) 30%, final project 20%, final paper exam 40%, extra bonus 5%.
Teaching Materials
https://github.com/csLinZhang/CVBook
Assignments
Notes:
1.
Compress all files into a .rar file and name it in a way similar as
"CV_studentID_yourName_Assignment2.rar"; the title of the email
should be of the format "CV_studentID_yourName_Assignment2". If you
want to resubmit, please add "_R1" or "_R2" to the .rar
file and the email title, similar as
"CV_studentID_yourName_Assignment2_R1".
2.
For the programming assignments, please make sure your program can successfully
run on TA's machine.
3.
All the documents you hand in, including comments in the source codes, should
be in English.
4.
Please send your solutions to TA (2612153@tongji.edu.cn) and confirm with
TA that she has received your email successfully.
1.
Assignment 1 (Due: ) scores, ref_ruichen_yang,
ref_ran_li
2.
Assignment 2 (Due: ) test.mp4，scores
3.
Assignment 3 (Due: ) About Instant-NGP template
for experiment report, scores
Projects
Notes:
1.
2 or 3 persons form a group to deal with a selected topic.
2.
At the end of this semester, you need to hand in the source code of the project
and a related report (PPT form); and then, you need to give a presentation
about your fruits. All the documents should be in English, including the
comments in the program. The style of the source code should be neat and clear;
and you should provide clear comments to the key components, functions, or
statements. The slides should contain at least the following parts: background
introduction, system structure design, key algorithms used, experimental
results, and references.
3.
Try your best to make the system perfect. Creative ideas are highly encouraged.
If the innovation is critical, we could prepare some conference papers!
Topics
TBD
Main
References
|
|
D. Forsyth and J.
Ponce |
|
|
Richard Hartley and
Andrew Zisserman Multiple View Geometry
in Computer Vision (2nd Edition) Cambridge University
Press, 2004 |
Created
on: Sep. 08, 2026
Last
updated on: Sep. 08, 2026