
Description
PacsLab research is experimental and multidisciplinary in nature.
The emphasis is on methodologies and software tools for seamless,
secure, scalable and fault-tolerant concurrent computing on heterogeneous networked
computing platforms. Central to this effort is the notion of
domain-oriented software support, with diverse application domains
including particle-physics, combinatorial optimization and manufacturing
systems. The parallel simulation of stochastic and time-stepped systems
is a major component of this effort.
The environments we target are heterogeneous networked platforms,
including large scale, geographically distributed, collections of computers
ranging from parallel processors and servers/supercomputers to (clusters of)
workstations and specialized computing engines. We intend to develop enabling
technologies and prototype frameworks for collaborative high-performance
distributed computing and simulation that may be adapted and enhanced to deploy scalable and
portable systems. We build upon our combined expertise in heterogeneous
distributed processing and multithreaded fail-safe computing to provide
enabling prototyping technologies for collaborative interactive systems.
Projects
Principal Investigators
Dr. Vernon Rego, Professor
VITA
Sponsors
ONR, DOE, ARO, NSF
Researchers
Jorge R. Ramos, PhD Student
Edward Connell, PhD Student
Bozhidar
Dimitrov, PhD Student
Juan Carlos Gomez, PhD Student
Felipe Knop, PhD Student
Edward Mascarenhas, PhD Student
Reuben Pasquini, PhD Student
James Pollard, PhD Student
.
Miscellaneous
Picture Scrapbook
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