Recently NVIDIA has claimed that their graphics processors (or GPUs) are
improving at a rate three times faster than Moore's Law. For many years
the performance of SGI graphics workstations was increasing at roughly
75% per year. The result is that the latest generation of commodity graphics
and game chips are much faster than the main processor. The quoted
performances range from 50-100 gigaflops and to approximately 1 tera-8bit-ops.
This increase in performance comes along with additional functionality.
The most recent innovation is programmable vertex and fragment stages that
allow them to compute a wide range of new effects.
Why are these graphics processors so fast? Will the future performance of
GPUs continue to increase faster than CPUs? And, if so, what are the
implications for computing?
Date and Time
Wednesday December 5, 2001 4:00pm -
5:30pm
Location
Computer Science Small Auditorium (Room 105)
Event Type
Speaker
Pat Hanrahan, from Stanford University
Host
Thomas Funkhouser