A new Cloud Mobile Gaming (CMG) approach, where the responsibility of executing the
gaming engines, including the most compute intensive tasks of graphic rendering, is put on …

The world of 3D graphics, until recently restricted to high-end workstations and game
consoles, is rapidly expanding into the domain of mobile platforms such as cellular phones …

With the push to exascale, in situ visualization and analysis will continue to play an
important role in high performance computing. Tightly coupling in situ visualization with …

Until recently, most 3D graphics applications had been regarded as too computationally
intensive for devices other than desktop computers and gaming consoles. This notion is …

We propose a control theory-based dynamic voltage scaling (DVS) algorithm for interactive
3D game applications running on battery-powered portable devices. Using this scheme, we …

We propose a novel dynamic voltage scaling (DVS) scheme that is specifically directed
towards 3D graphics-intensive interactive game applications running on battery-operated …

As our field matures, evaluation of visualization techniques has extended from reporting
runtime performance to studying user behavior. Consequently, many methodologies and …

Cloud mobile rendering (CMR), where compute intensive rendering is performed on cloud
servers instead of on mobile devices, can be a promising approach to enable rich rendering …

We present an integrated approach for real-time performance prediction of volume
raycasting that we employ for load balancing and sampling resolution tuning. In volume …

Flurries of terminals with large differences in terminal capabilities currently consume
information and multi-media content. Their different processing capabilities make it …