Mplayer Headquarters / VMGL port / OpenGL library / H. Andr´es Lagar-Cavilla Niraj Tolia University / Carnegie Mellon University / Mesa OpenGL library / Quake III Arena / University of Toronto / VMGL library / W. Bethel / /
IndustryTerm
multi-core processing / viewer software / graphicsintensive applications / software rendering alternatives / scientific applications / multi-core processors / media player / 3D applications / open-source software / mobile computing / graphics applications / system management / software fallback / intensive algorithms / proposed solutions / bridged networking setup / 3D graphics hardware / lossy thin client protocols / virtualization solution / resume site / graphics-intensive applications / grid computing / straightforward solution / resume applications / character device / 3D hardware / even embedded systems / virtualized guest using software / multi-core hardware / software interface / guest operating systems / mesh particle systems / window server / native hardware / application startup / commodity graphics hardware / software rendering / graphical applications / movie production software / graphics hardware / consumer graphics applications / hypervisor product / introduction to graphics hardware / /
OperatingSystem
Unix / VMs / FreeBSD / Solaris / Microsoft Windows / MacOS / Fedora Core 5 / OpenSolaris / Linux / Macintosh / /
Organization
Graphics Processing Unit / National Science and Engineering Research Council / Canadian Foundation for Innovation / Carnegie Mellon University / National Science Foundation / University of Toronto / /
Person
Jacob Gorm-Hansen / Anil Madhavapeddy / Dave Scott / Lara Carnegie / Yong Liu / /