D
Del Cecchi
There have been a lot of posts here about Cell and using it for other
than first person shooting. Here is a webcast that might be of interest.
http://www.techonline.com/community/ed_resource/webcast_upcoming/38325?al=1
"Overview:
The Cell microprocessor brings significant benefit outside the gaming
market. It offers dramatically improved performance for
graphic-intensive workloads and computationally intensive applications.
Example targets include current and new applications in medical imaging,
industrial inspection, aerospace and defense, seismic processing, and
telecommunications.
This webcast will overview the Cell architecture. In addition we will
provide simple program examples to illustrate key Cell development
tools. We will contrast the Cell's SPU instruction set with the popular
PowerPC Altivec® extensions (which are also found inside Cell). We will
talk at a high level about the benefits that Cell brings to a few
specific applications that are graphic or computationally intensive."
than first person shooting. Here is a webcast that might be of interest.
http://www.techonline.com/community/ed_resource/webcast_upcoming/38325?al=1
"Overview:
The Cell microprocessor brings significant benefit outside the gaming
market. It offers dramatically improved performance for
graphic-intensive workloads and computationally intensive applications.
Example targets include current and new applications in medical imaging,
industrial inspection, aerospace and defense, seismic processing, and
telecommunications.
This webcast will overview the Cell architecture. In addition we will
provide simple program examples to illustrate key Cell development
tools. We will contrast the Cell's SPU instruction set with the popular
PowerPC Altivec® extensions (which are also found inside Cell). We will
talk at a high level about the benefits that Cell brings to a few
specific applications that are graphic or computationally intensive."