For those who've no time or inclination to read the article:

1) The attacker should first modify system MTRR
register(s) in order to mark the region of system
memory where the SMRAM is located as
cacheable with type Write-Back (WB).

2) Attacker now generates write accesses to
physical addresses corresponding to locations
where the SMRAM is located.

3) Finally attacker needs to trigger an SMI, which
will transfer execution to the SMM code. The CPU
  will start executing the SMM code, but will be
fetching the instructions from the cache first.

Take a look at this: http://www.nvidia.com/page/quadroplex.html These things hold graphics cards externally, though they're only for desktops. There are models that hold as many as four external graphics cards. They're not cheap though.

And nVidia's graphics aren't getting any better? A GPU and a CPU stuffed together into the same chip will always be a low-cost/low-power/low-end solution, can never come close to the capability of a GPU that has the whole die to itself. If Intel/AMD has ~2B transistors in a chip that are divided between a general-purpose CPU and a GPU, can that ever match a 2B transistor discrete GPU + a discrete CPU? Unlikely. Plus, CUDA has put forth interesting possibilities for putting the GPU to other uses.

And they should have taken nVidia down with them, instead of ATI, like their doing now. They did nVidia a favour by going for ATI instead.

See above. Keyword: Discrete GPUs.

Unfortunately for you, Indians aren't exactly flocking to the US for treatment. It's actually the other way round, since quality medical care is available for a fraction of the US price here (for those above the poverty line), which has spawned a whole "medical tourism" industry. The doctors here are as good as anywhere else in the world, and make very good money. Most successful doctors I have known have been very compassionate people. Good luck to you, kid.

Unfortunately, someone has to make up the other 25%.

whoosh?

Offtopic, but I looked at the trends, and the #1 was "india time". Expats looking up the time to wish their friends in India a new year. Oh and Happy New Year

That's not surprising. It happens with regularity in my company. QA often reports errors by taking snapshots of the error screen/kernel panic with a reasonably high megapixel camera, since the errors are often screen corruption and kernel panics. IMHO it's a perfectly legit thing to do, taking camera shots, they just need to have enough details so that us devs don't go blind trying to spot the details.