Erik Deumens
Biography
Senior Director of University of Florida Information Technology Research Computing and scientist in the Department of Chemistry and Department of Physics.
I have been a computational physicist and chemist during most of his career. I am the principal author of the time dependent approach to molecular dynamics that treats both the atomic nuclei and the electrons explicitly, called electron nuclear dynamics. I am the author of the ENDyne software that implements this method. I also created of the super instruction architecture, an approach to support rapid programming of complex algorithms that need to scale to tens of thousands of compute cores. ACES III was written using this architecture. Now the successor ACES 4 has been created to further optimize the features of this approach. I have provided support and consulting services for computational scientists in numerous ways, at UF and an various places around the US.
I have been a computational physicist and chemist during most of his career. I am the principal author of the time dependent approach to molecular dynamics that treats both the atomic nuclei and the electrons explicitly, called electron nuclear dynamics. I am the author of the ENDyne software that implements this method. I also created of the super instruction architecture, an approach to support rapid programming of complex algorithms that need to scale to tens of thousands of compute cores. ACES III was written using this architecture. Now the successor ACES 4 has been created to further optimize the features of this approach. I have provided support and consulting services for computational scientists in numerous ways, at UF and an various places around the US.
Presentations
Workshop
Recorded
Benchmarking
Cloud and Distributed Computing
Containers
Datacenter
Networks
Privacy
Resource Management and Scheduling
Security
SIGHPC
State of the Practice
System Administration
System Software
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