New Spatial Processing Algorithm for Sound Generation
The patented method can be implemented in a rack mount system for use in live performance to insure accurate reproduction of sound regardless of speaker set up or venue, in home theater systems to optimize sound generation for a given speaker configuration, in surround-sound music composition software, in pro-level audio engineering software and systems for optimal multi-track recording.
Researchers from UC San Diego have patented a method that represents an advance in the area of accurate spatial processing of sounds. The invention is especially useful in reproducing spatially-significant sounds within a confined area (such as a concert hall, small club, or large arena) without specialized speaker placement.
Patent Number: US8515105B2
Application Number: US2007846328A
Inventor: Yadegari, Shahrokh
Priority Date: 29 Aug 2006
Priority Number: US8515105B2
Application Date: 28 Aug 2007
Publication Date: 20 Aug 2013
IPC Current: H04R000502 | H04R000500
US Class: 381310 | 381017 | 381018
Assignee Applicant: The Regents of the University of California
Title: System and method for sound generation
Usefulness: System and method for sound generation
Summary: Method for generating an actual sound by using a sound generation system i.e. speaker system, which is utilized in a movie theater, home and automobile.
Novelty: Actual sound generating method for use in e.g. movie theater, involves generating modified sound at speaker positioned proximate boundary of region to generate actual sound at location
信息和通信技术/电信
多媒体
8515105
Patent Information U.S. Patent No. 8,515,105 issued on 08/20/2013 hyperlink: Related Materials Yadegari S, F. Richard Moore, Harry Castle, Anthony Burr, and Ted Apel. Real-time implementation of a general model for spatial processing of sounds. In Proceedings of International Computer Music Conference, pages 244–247, San Francisco, 2002. ICMA. Yadegari, S. Chaotic Signal Synthesis with Real-Time Control: Solving Differential Equations in PD, Max/MSP, and JMax. Proc. of the 6th Int. Conference on Digital Audio Effects (DAFx-03), London, UK, September 8-11, 2003 Tech ID/UC Case 20000/2007-028-0 Related Cases 2007-028-0
https://patents.google.com/patent/US8515105B2/
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