PhD Proposal: Numerical Acoustics for Physical and Simulated Worlds

Computer modeling and numerical analysis of physical phenomena have been driving forces in many fields in science and technology. Applications include industrial manufacturing, immersive multimedia and VR/AR, and training machine learning models targeting to model real-world physics. In this research, I will develop higher-order and/or isogeometric boundary element methods with a primary focus on the solution of the Helmholtz equation in 3D, which can be applied to the numerical modeling of audio and acoustics problems arising in real and virtual worlds.
Examining Committee:

Chair:Department Representative:Members:

Dr. Ramani Duraiswami Dr. Howard Elman Dr. Dinesh Manocha