An Interactive Visualization Environment for
Financial Modeling
on Heterogeneous Computing Systems
An Interactive Visualization Environment for
Financial Modeling
on Heterogeneous Computing Systems
An Interactive Remote Visualization Environment
for an Electromagnetic Scattering Simulation
on a High Performance Computing System
Integrating Multiple Programming Paradigms on Connection Machine CM5
in A Dataflow-based Software Environment
Integrating PVM-based Network Concurrent Computing into
Application Visualization System(AVS)
Exploring AVS for HPDC Software Integration Towards Parallel
Support for GIS
Together with other system software such as PVM, we use AVS as a candidate to integrate massively parallel processing modules(in data-parallel and/or explicit message- passing paradigms), sequential or parallel I/O, system control, visualization, data processing and other computing services required by a HPCC application, into a highly interactive, heterogeneous, high performance computing environment. We have demonstrated the use of AVS in two real-world applications, a stock option price modeling and an electromagnetic scattering simulation, and will further explore its system integration capabilities in on-going NPAC application projects, including geographical information system, four-dimensional data assimilation and environmental modeling.