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Lecture type	Total
Lectures	30
Laboratory exercises	30

* Load is given in academic hour (1 academic hour = 45 minutes)

The course objective is to introduce students to sound recording in different recording conditions as well as to frequency, amplitude and time analysis and processing of sound, with the purpose to obtain optimal sound quality. Every chapter is presented through a theoretical overview and practical or demonstrational exercises.

1. Master Handbook of Acoustics; F. Alton Everest, Ken Pohlmann; McGraw-Hill/TAB Electronics; 2009; ISBN: 0071603328
2. Critical Listening Skills for Audio Professionals Book; F. Alton Everest; Artistpro; 2006; ISBN: 1598630237
3. Mastering Audio, Second Edition: The art and the science; Bob Katz; Focal Press; 2007; ISBN: 0240808371

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course for study Electrical Engineering and Information Technology and Computing
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course for profile Software Engineering and Information Systems
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course for profile Computer Engineering
course for profile Computer Science
course for profile Control Engineering and Automation
course for study Electrical Engineering and Information Technology and Computing
course for profile Electrical Engineering Systems and Technologies
course for profile Electrical Power Engineering
course for profile Electronic and Computer Engineering
course for profile Electronics
course for profile Information Processing
course for profile Radio Communication Technologies
course for profile Software Engineering and Information Systems
course for profile Telecommunications and Informatics

course for profile Computer Engineering
course for profile Computer Science
course for study Computing
course for profile Control Engineering and Automation
course for study Electrical Engineering and Information Technology
course for profile Electrical Engineering Systems and Technologies
course for profile Electrical Power Engineering
course for profile Electronic and Computer Engineering
course for profile Electronics
course for profile Information Processing
course for profile Radio Communication Technologies
course for profile Software Engineering and Information Systems
course for profile Telecommunications and Informatics

course for study Computing
course for study Electrical Engineering and Information Technology

course for module Computer Engineering
course for module Computer Science
course for module Control Engineering and Automation
course for module Electrical Power Engineering
course for module Electronic and Computer Engineering
course for module Electronics
course for module Information Processing and Multimedia Systems
course for module Software Engineering
course for module Telecommunications and Informatics
course for module Wireless Communications

course for module Computer Engineering
course for module Computer Science
course for module Control Engineering and Automation
course for module Electrical Power Engineering
course for module Electronic and Computer Engineering
course for module Electronics
course for module Information Processing and Multimedia Systems
course for module Software Engineering
course for module Telecommunications and Informatics
course for module Wireless Communications