10.6084/m9.figshare.6173948.v1
Kenneth Jansen
Kenneth
Jansen
SSE_Poster_2018_NSF_PI_Meeting_Jansen
figshare
2018
Immersive Simulation
Visualiztion
Geometric Domain Editing
Sensitivity Analysis
Computational Steering
Large-scale Computation
NSF-SI2-2018
Computational Fluid Dynamics
2018-04-23 22:20:06
Poster
https://figshare.com/articles/poster/SSE_Poster_2018_NSF_PI_Meeting_Jansen/6173948
Parallel
computing now delivers simulations in a time scale that could change the
paradigm of how scientists, engineers, and other practitioners address
discovery and design questions. Tools have been developed to precisely define a
specific, complex simulation and then execute them in seconds on computers.
However, for discovery and design questions where the next variant of the
problem requires change to the problem definition, the time to redefine the
problem takes much longer. This delay interrupts intuition and learning about
how the change in problem definition relates to a change in solution. To
realize this innovative paradigm shift, referred to here as immersive
simulation, requires the development of new approaches to problem definition
editing that allow practitioners to interact with the simulations in a manner
where they can dynamically experience the influence of parameter variations