Fall 2017 - IAT 455 D100
Computational Media (3)
Class Number: 5139
Delivery Method: In Person
The representation of media is introduced: specifically one dimensional (sound), two dimensional (images) and three dimensional (moving images). This course focuses on techniques and methods for creating digital video special effects, allowing students to explore their creativity while extending their graphics and programming skills in digital media. Computational techniques based on signal processing are developed that support the creation, manipulation, combination, transformation, compression, storage and display/performance of different media forms. An important aspect is representation in the temporal/spatial vs. the frequency domain and different transformation techniques. Students will be required to generate special effects, critique and analyze effects from movies, develop skills and abilities to manipulate digital video and audio, and implement their own algorithms to express their technical and artistic skills.
The course will present:
An introduction to computational media.
The representation of media.
Fundamentals of digital media processing.
The creation, manipulation, combination, transformation, compression and storage of different media forms.
Time and temporal manipulations
Layers, compositing, chroma and other keys
Image based rendering
COURSE-LEVEL EDUCATIONAL GOALS:
After completing this course, students will be able to:
· Understand the representation of media forms (image, sound, video)
· Be able to use digital signal processing techniques to create and manipulate media signals
· Understand the underlying principles of compression techniques for image, and video data.
· Develop skills and abilities to manipulate digital video and audio, and implement their own algorithms to express their technical and artistic skills.
- Individual Assignments 20%
- Midterm Exam 1 (week 6) 25%
- Midterm Exam 2 (end of course) 25%
- Participation, workshop tasks, in-class quizzes 10%
- Course Project 20%
Learning Activities: The course's learning activities include:
· weekly lectures
· course readings (textbook, electronic resources, research papers)
· in-class workshop activities
· assignments consisting of application of learned theory, problem solving and independent reading activities and research
· programming project
“The Art and Science of Digital Compositing: Techniques for Visual Effects, Animation and Motion Graphics” (2008) by Ron Brinkman; 2nd Edition; Morgan Kaufmann
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