Defect Tolerance
at the End of the Roadmap
Tuesday April 13, 2004
Hamerschlag Hall D-210
4:00 pm
Mahim Mishra
Carnegie Mellon University
As feature sizes shrink closer to single digit nanometer dimensions,
defect tolerance will become increasingly important. This is true whether
the chips are manufactured using top-down methods, such as photolithography,
or bottom-up assembly processes such as Chemically Assembled Electronic
Nanotechnology (CAEN). In the first part of this talk, I shall examine
the consequences of this increased rate of defects, and describe a defect
tolerance methodology centered around reconfigurable devices, a scalable
testing method, and dynamic place-and-route. I shall summarize some of
our own results in this area as well as those of others, and enumerate
some future research directions required to make nanometer-scale computing
a reality. In the second part of this talk, I shall describe an ongoing
effort to implement part of this defect tolerance methodology on Xilinx
Virtex II-Pro FPGAs.
Mahim Mishra is a graduate student in the Computer Science Department
at Carnegie Mellon Univerity. He is part of the Phoenix group led by
Prof. Seth Goldstein. His research focuses on defect tolerance in electronic
nanotechnology and end-of-the-roadmap CMOS. Specifically, he is working
on test strategies for large reconfigurable fabrics made of future-generation
technologies, as well as layout algorithms that are scalable and defect-aware.
Mahim obtained an undergraduate degree in Computer Science and Engineering
from the Indian Institute of Technology, Kanpur in 2001. In his spare
time, he likes to listen to soft rock and Hindi music, to dispense free
(and unasked for) advice, and to fantasize about ruling the world.
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