Since this course is largely project-driven, sufficient time will be allocated for students to work on their projects in class and ask the instructor questions about the various techniques and technologies that are being used. Present and demonstrate the results of their semester project.Learn and discuss current trends in virtual spatial audio research.
Design and develop a virtual auditory environment using the concepts discussed in class.Understand the tradeoffs and challenges that must be addressed when designing spatial audio applications.Understand the physiological and computational aspects of rendering accurate spatial audio.Upon completion of this course, students will be able to:.You will be taught the elements that you need to know in order to complete the homework. MATLAB experience is NOT assumed or required.
#UF CAREER SHOWCASE PARTICIPANTS INSTALL#
You may install it on your own computer, using the school’s license or use the MATLAB installation on the lab computers to complete your assignments. One or more homework assignments will involve the use of MATLAB. There is no required text for the course, as the readings will be taken from “ 3-D Sound for Virtual Reality and Multimedia” (3DS4VRAM) and othervarious articles that will be provided on Canvas. Discourteous conduct will result in a permanent loss of participation and attendance points. If there are general questions (related to a certain concept or technology) please post them in the “Discussions” section of the Course Website.Īll members of the class are expected to follow rules of common courtesy in all email messages, threaded discussions and chats. Private questions should be emailed to the instructor with CIS 4930 or CIS 6930 at the start of the subject line. Announcements will also be given at the beginning of the class period. Please be sure to check the Announcements section of Canvas for any announcements related to the class. Tuesday and Thursday – 10:30 am – 11:30am or by appointment