Course Lecture Videos
[1] Background: Optimization of Calculating Lighting
[2] Method: Introduction to Deferred Shading
[3] Method: More about Deferred Shading
Course Lecture Notes
chapt.1 Introduction
chapt.2 Computer Graphics: Rendering Pipeline
chapt.3 Introduction to 3D Graphics
chapt.4 Geometric Transformations 2D and 3D
chapt.5 Describing Shapes
chapt.6 Image Processing and Antialiasing
chapt.7 Viewing (Part I:History and Overview of Projections)
chapt.8 Viewing (Part II:The Synthetic Camera)
chapt.8 Viewing (Part III:Projection in Practice)
chapt.9 Visible Surface Determination (VSD)
chapt.10 From Graphics to Visualization
chapt.11 Raytracing: Rendering and Techniques
Course Schedule
Time: Wednesday 08:05 - 09:55 AM
Friday 08:05 - 9:55 AM
Duration:Week 1 to Week 8
Location: 东下院 (Dong Xia Yuan) 213
Office hours:Wednesday 10:00AM to 16:00 PM
Course Projects
From now on, the latest news will be launched in the "Latest News" sidebar ======>
本次计算机图形学课将首次采用大作业为主的形式进行考核，我们鼓励大家选择推荐项目进行大作业，但同时允许大家进行自选课题。
由于大家学习效果评价主要依赖于推荐项目，其项目设定主要基于三点考虑：
1. 课题内容范围从内容和形式都是助教比较熟悉的内容，可以给与较好的指导。
2. 推荐项目范围固定，这样对相关课题小组的工作的成果和实际工作量可以进行准确评估，使得学生成绩的评定更客观公正，
Reference Books
All of the reference books are only for studying purpose,please do not use it for commercial purpose
Reference Books for downloading
Course Grading
Assignments: 20%
Course Project: 80% The grade of course projects will be the practice course grade.
Assignment
Assignment 1:
Click here for Assignment 1.
OpenGL Tutorial:
Click here for OpenGL Tutorial.
Assignment 2:
Click here for Assignment 2.
Projects List
Final Project Proposal Template:
(Click here to download the Project Proposal Template.)
Deadline for Project Proposal Submission is 27th September, 2018.
Final Project Mid Evaluation Report Template:(Click here to download the Project Mid Evaluation Report Template.)
Deadline for Project Proposal Submission is 14th November, 2018.
For Samples of Project Proposal, click here. (RAR)
Starting from 27th September, 2018, we will have project meetings.
Biweekly Meeting Schedule, click here to download. (PDF)
List of Proposed Final Projects
1. Synthesis of 3D Faces
2. Face Recognition System
3. Human Motion Signatures: Analysis, Synthesis, Recognition
4. Human Motion Signatures for Character Animation
5. Motion Graphs
6. Interactive Cutaway Illustrations of Complex 3D Models
7. Vein Processing System
8.Back Ground Change in Real time Videos
9. Interactive control of avatars animated with human motion data
10. Re-targeting Motion to New Characters
11. Interactive Motion Generation
12. Automated Segmentation Of Retinal Layers In Oct Imaging
13. Shadow Detection and Sun Direction in Photo Collections
14. Image Matching System
15. User-Assisted Video Stabilization
16. Exposing Photo Manipulation from Shading and Shadows
17. Unsupervised Visual Representation Learning by Context Prediction
18. Active Object Localization
19. Image Recognition System
20. Interactive Simulation of Surgical Needle Insertion and Steering
21. Efficient Deep Learning for Stereo Matching
22. Theory and Practice of Structure-from-Motion using Affine Correspondences
23. Weakly supervised object boundaries
24. Face Alignment Across Large Poses
25. Deep Interactive Object Selection
26. Learning Relaxed Deep Supervision for Better Edge Detection
27. Two Illuminant Estimation and User Correction Preference
28. Connecting Images and Natural Language
29. Multiview Image Completion with Space Structure Propagation
30. Situation Recognition: Visual Semantic Role Labeling for Image Understanding
31. Shallow and Deep Convolutional Networks for Saliency Prediction
32. Video-Story Composition via Plot Analysis
33. Efficient 3D Room Shape Recovery from a Single Panorama
34. Field Model for Repairing 3D Shapes
35. Efficiently Creating 3D Training Data for Fine Hand Pose Estimation
36. Temporal Multimodal Learning in Audiovisual Speech Recognition
37. Multi-Oriented Text Detection with Fully Convolutional Networks
38. Structure from Motion with Objects
39. Convolutional Pose Machines
40. Using Deep Learning for Pulmonary Nodule Detection & Diagnosis
For further details click here. (PDF)
Students can select a project of their own choice too but the project should be relevent to the course.
Students can do project individually or in a group of three students.
Bonus: 5 points (for Research paper submission in Journal/Conference) on your final scores.
The template for Final Report is available here