dense linear algebra

Solvers That Don't Choose Sides - sTiles: Faster Linear Algebra for the Computations that Run Underneath Your Models

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B9 R2325

In this talk, I will present our work toward productive, precision-aware scientific computing, beginning with high-level programming abstractions in Julia.

Rabab Alomairy becomes the University’s first Saudi female faculty member in computer science

4 min read ·
After earning her M.S. and Ph.D. at KAUST and conducting postdoctoral research at MIT, Rabab Alomairy returns to the University as its first Saudi faculty member in Computer Science, where she will establish the Tuwaiq Intelligent Computing Lab.

Rabab Alomairy

Ibn Rushd Assistant Professor, Computer Science
KAUST Ibn Rushd Assistent Professor Rabab Alomairy advances high-performance computing and AI research.

Nicolas Doucet

Nicolas Doucet is a PhD student in Computer Science, working under the supervision of Professor David Keyes.

Dalal Sukkari

Research interests and present research project. Dalal's research centers on a new high performance implementation of the QR-based Dynamically Weighted Halley iterations (QDWH) to compute the polar decomposition and its application to the SVD (QDWH-SVD). She has introduced a high performance QDWH-SVD implementation on multicore architecture enhanced with multiple GPUs, and on distributed memory based on the state-of-the-art vendor-optimized numerical library ScaLAPACK, and has presented the first asynchronous, task-based formulation of the polar decomposition QDWH and its corresponding