Royal Caliber Consulting for High Performance Computing

Meet The Team Behind Royal Caliber

Guha Jayachandran, Ph.D. (Stanford University), has significant leadership and technology development experience in startups and large corporations. He was previously Director of Engineering at Walmart Labs, formed upon Walmart's purchase of Kosmix. He joined Kosmix via its acquisition of Cruxlux, a search technology firm that he founded. He served as lead developer for Folding@Home, the worldwide computing network. He has given many talks on distributed computing and big data, and has been named a NDSEG Fellow, Siebel Scholar, and Mayfield Fellow, among other honors. He also advises venture-backed startups.

Erich Elsen received his Ph.D. from Stanford University in 2009. His thesis developed novel parallel algorithms for running fluid dynamics and molecular dynamics computations on two types of then newly released commodity parallel processors: Sony's Cell and GPUs from NVIDIA. He has been invited back to Stanford as a consulting associate professor to teach a course on parallel algorithms, OpenMP, MPI and CUDA each Spring Quarter since 2012.

Vishal Vaidyanathan graduated from Stanford University in 2007 with a Ph.D. in Computational Chemistry and an M.S. in Financial Mathematics. He developed the first Folding@Home client that used GPUs to accelerate biomolecular simulations by 50 times over what was previously possible. From 2007-2009 Vishal worked at Goldman Sachs developing the first fully automated high frequency trading solution for the US Treasury desk in New York. Subsequently as co-founder of a startup in Silicon Valley, he developed low-latency trading systems and HFT strategies for futures contracts. Vishal joined Royal Caliber as a partner in 2012.

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Selected Talks And Publications

NVIDIA GTC 2014 Talk on VertexAPI2, an API for rapid development of large-graph analytics on the GPU.

NVIDIA GTC 2013 Talk on the use of advanced techniques for a highly optimized Smith-Waterman kernel for Kepler-class GPUs.

J. Comp. Chem. (2009) - Molecular Dynamics on GPUs