high-performance computing found in 3 VIS Papers

Conf. Year ▴ Title
SciVis 2015 In Situ Eddy Analysis in a High-Resolution Ocean Climate Model
Link to IEEE
Keywords: feature extraction
simulation
high-performance computing
ocean modeling
climate modeling
software engineering
supercomputing
collaborative development
feature analysis
in situ analysis
mesoscale eddies
online analysis
revision control
Vis 2012 Visual Data Analysis as an Integral Part of Environmental Management
Link to IEEE
Keywords: visual analytics
data management
parallel rendering
high-performance computing
environmental management
Vis 2001 Texture Hardware Assisted Rendering of Time-Varying Volume Data
Link to IEEE
Keywords: volume rendering
scientific visualization
time-varying data
compression
high-performance computing
out-of-core processing
pc
texture hardware
transform encoding

high-performance computing co-occurs with 24 other keywords:

climate modeling 1x collaborative development 1x compression 1x data management 1x environmental management 1x feature analysis 1x feature extraction 1x in situ analysis 1x mesoscale eddies 1x ocean modeling 1x online analysis 1x out-of-core processing 1x parallel rendering 1x pc 1x revision control 1x scientific visualization 1x simulation 1x software engineering 1x supercomputing 1x texture hardware 1x time-varying data 1x transform encoding 1x visual analytics 1x volume rendering 1x


high-performance computing is part of the topic cluster Hardware Accelleration and Computation - General containing 20 keywords
hardware acceleration 11x external memory algorithms 3x high-performance computing 3x hardware assisted volume rendering 2x high-performance visualization 2x acceleration techniques 1x bandwidth-limited resource 1x cache-aware and cache-oblivious layouts 1x caching 1x external memory 1x hardware accelerated volume rendering 1x hardware accelerated volume visualization 1x hardware acceleration rendering 1x hardware assisted raycasting 1x pc 1x pc-based volume graphics 1x presence acceleration 1x superscalar processors 1x thin-client 1x volume rendering acceleration 1x