Department of Computer Science and Technology

• Computer Laboratory
• Teaching
• Courses 2017–18
• Advanced Graphics
• Course materials

• Bioinformatics
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• Types
• Advanced Graphics
• Comparative Architectures
• Computer Systems Modelling
• Computer Vision
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• Machine Learning and Bayesian Inference
• Mobile and Sensor Systems
• Optimising Compilers
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• Advanced Algorithms
• Business Studies Seminars
• Hoare Logic and Model Checking

Course pages 2017–18

Advanced Graphics

• Syllabus
• Course materials
• Information for supervisors

Alex Benton's notes:

Lecture	Title	Source code on Github
1	Ray Tracing - All the Maths
2	Ray Tracing - Image Quality and Texture
3	OpenGL and Shaders I
4	OpenGL and Shaders II
5	GPU Ray Marching
6	Computational Geometry and Implicit Surfaces
7	Subdivision surfaces
8	Virtual Reality
	All slides in printable layout (6-up)

Supervision work
First supervision	Exercises (1/2)
Second supervision	Exercises (2/2)

Rafal Mantiuk's notes:

Lecture	Title
1	Reflection models	[in-lecture notes]
2	Global illumination
3	Light and colour
4-5	Advanced image processing
6	Models of early visual peception
7-8	HDR and tone mapping

Supervision work

Third supervision	Exercises 1/2
Fourth supervision	Exercises 2/2

All supervision work must be submitted by email in PDF form no less than 48 hours before supervision.

• © 2018 Department of Computer Science and Technology, University of Cambridge
  Information provided by Dr Rafal Mantiuk