Perceptual Effects of Dynamic Range Compression in Popular Music Recordings - January 2014
Accurate Calculation of Radiation and Diffraction from Loudspeaker Enclosures at Low Frequency - June 2013
New Measurement Techniques for Portable Listening Devices: Technical Report - October 2013
Application of Block-Based Physical Modelling for Digital Sound Synthesis of String Instruments
Block-based physical modeling is a recently introduced method for digital sound synthesis via the simulation of physical models. The method follows a "divide-and-conquer" approach, where the elements are individually modeled and discretized, while their interaction topology is separately implemented. In this paper the application of this approach to string instruments is presented. The string is modeled with the functional transformation method, preserving all varieties of strings by a direct link from the physical string parameters to the algorithm. The excitation of the string is modeled separately with wave digital filters. Thanks to the block based approach it is possible to simulate all kind of string instruments, i.e. piano, guitar, and violin, with the same piece of code for the strings.
Click to purchase paper or login as an AES member. If your company or school subscribes to the E-Library then switch to the institutional version. If you are not an AES member and would like to subscribe to the E-Library then Join the AES!
This paper costs $20 for non-members, $5 for AES members and is free for E-Library subscribers.