Architecture, Compilers, and Parallel Computing
Architecture, Compilers, and Parallel Computing
Architecture and compiler research focuses on hardware designs, programming languages and their compilers for next-generation computers and computing components.
Parallel Computing research includes the entire spectrum, from extreme scale computing to new ways to bring parallel computing to mainstream devices and human-centered applications.
Faculty
| Marc Snir | large-scale parallel systems, architecture |
| Laxmikant Kale | numerical, parallel, and scientific computing |
| Klara Nahrstedt | multimedia middleware, QoS, pervasive computing |
| Sarita Adve | parallel computing, architecture, low-power systems |
| William Gropp | parallel computing |
| Wen-mei Hwu | architecture, HPC and parallel systems, compilers |
| Vikram Adve | compilers, software reliability, architecture |
| Gul Agha | distributed systems |
| David Padua | parallel computing, compilers, architecture |
| Josep Torrellas | parallel architectures, reliability |
| Craig Zilles | computer architecture, compilers |
| Sam King | security, OS, virtual machines |
| Steve Lumetta | parallel computing, architecture, reliability |
| Rakesh Kumar | systems and processors |
| Sanjay Patel | architecture, HPC, parallel systems |
| Maria J. Garzaran | compilers, hardware-software interaction |
