The Science Of Digital Media Jennifer Burg Pdf Writer; - Chessboard Pdf Open Cv Download; - Gigabyte 865 Drivers. Science of digital media burg pdf Textbook: The Science of Digital Media. Science of Digital Media, Jennifer Burg, Pearson, 2009. Designing for.Required.

Digital Media Course, Burg, Spring 2008 Wake Forest University CSC 361-- Digital Media Spring 2008 Professor: J. Burg Office: Manchester 237 Office hours: Tuesday and Thursday 10-11 or by appointment Phone: 758-4465 Textbook: The Science of Digital Media, by J. Burg, Grading: Exercises, worksheets, and class attendance 15% Tests 40% Projects 45% Schedule Wed., Jan. 16 Introduction to course, Chapter 1, Basic Concepts of Digital Media, Fri., Jan. 18 Chapter 1 Mon., Jan. 21 MLK day, no class Wed.

23 Chapter 1 Fri., Jan. 25 Digital photography and cameras, Mon., Jan. 28 Test, Chapter 1 Wed., Jan. 30 Chapter 2, Representing Images Digitally, pp.

1-17, frequency in images, discrete cosine transform (DCT) Fri., Feb. 1 Chapter 2, pp. 18-35, alisaing, color models Mon., Feb. 4 Chapter 2, pp. 36-44, CIE chromaticity diagram Wed., Feb. 6 Chapter 2, pp. 44-59, vector graphics, algorithmic art Fri., Feb.

8 Test, Chapter 2 Mon., Feb. 11 Chapter 3, Digital Image Processing, Wed., Feb. 13 Chapter 3 Fri., Feb. 15 Chapter 3 Mon., Feb. 18 Chapter 3 Wed., Feb.

20 Chapter 3, Digital Image/Vector Graphic Project due Fri., Feb. 22 Test, Chapter 3 Mon., Feb. 25 Chapter 4, Representing Sound Digitally, Lecture on aliasing, decibels, decibels full scale, dynamic range, dithering Wed. 27 Lecture on noise shaping, non-linear companding (mu-law encoding) Fri., Feb. 29 Chapter 4 -- Work session on the following worksheets and tutorials VIDEO LECTURES: • Audio Aliasing • • • (worksheet) Audio Dithering • • (worksheet) Look at this one before class Friday! Here's an audio file to go with it: • • Noise Shaping • (worksheet) You'll do this one in class Friday. Here are three files to go with it: • • • • Non-Linear Companding and mu-Law Encoding • • (worksheet) • (programming worksheet) Mon., Mar.

3 Chapter 4 -- Work session on MAX/MSP Send a musical note or notes into MAX. Determine the frequencies and pitches and output the information. Do something interesting to the sound and output it. Apply the Fourier transform to a musical piece in MATLAB. Analyze the results.

5 Chapter 4 -- Lecture on Fourier transform and RMS • Fourier Transform • (interactive tutorial) • (worksheet) • (programming worksheet) • (interactive tutorial) • (worksheet) • (mathematical modeling) • RMS • (worksheet) Fri., Mar. 7 Test, Chapter 4 Mon., Mar. 17 Chapter 5, Digital Audio Processing, Work on projects using MAX/MSP, MATLAB, etc.

19 Chapter 5 Lecture on dynamics processing Fri., Mar. 21 Good Friday, no class Mon., Mar. 24 Chapter 5 Work on projects Wed., Mar. 26 Chapter 5 Lecture on the mathematics of filters Fri., Mar. 28 Chapter 5 Lecture and demo on the mathematics of filters, creating filters in MATLAB Mon., Mar. 31 Chapter 5 Sound Projects Due Wed., Apr.

2 Chapter 5 Discussion and questions on Chapter 5 Fri., Apr. 4 Test, Chapter 5 Mon., Apr. 7 Chapter 8, Director and Flash, Wed., Apr. 9 Sound Project Discussed Fri., Apr.

11 Director and Flash, Mon., Apr. 14 Digital video Wed., Apr. Download Free Ozrosaurus Hysterical Rar Download. 16 Digital video Fri., Apr. 18 Hands-on exercises Mon., Apr. 21 Hands-on exercises Wed., Apr. 23 Hands-on exercises Fri., Apr. 25 Hands-on exercises Mon., Apr.

28 Hands-on exercises Wed., Apr. 30 Hands-on exercises, Final Project due Fri., May 2, 2:00 PM Final exam.