This is the kind of equipment you wish you could play with.
It may be one of the best equipped system-development labs on Earth, but it’s largely used to create designs that aren’t used on this planet.
Lines blur as processors are added into traditional FPGAs, and programmability is added into ASICs.
At future nodes there are some unexpected behaviors. What to do about them isn’t always clear.
What AI and deep learning are good for, what they’re not good for, and why accuracy sometimes works against these systems.
Experts at the Table, part 1: Why machine learning works in some cases and not in others.
Continued integration is no longer the natural way forward for semiconductors. What needs to happen to make it easier?
Lines blur as processors are added into traditional FPGAs, and programmability is added into ASICs.
Goal is to improve quality while reducing time to revenue, but it’s not always so clear-cut.
But working with this architecture has some not-so-obvious pitfalls, and new tools licensing options may be necessary.
What AI and deep learning are good for, what they’re not good for, and why accuracy sometimes works against these systems.
So far there are no tools and no clear methodology to eliminating bugs. That would require understanding what an AI bug actually is.
When does a large amount of data become Big Data, and could system-level verification benefit from it?
Acceleration of advanced processes, skyrocketing complexity and cost, and concerns about IP availability are raising some difficult questions.
Part 1: New opportunities and potential pitfalls in automotive, 5G, connected intelligence and infrastructure as a service in EDA.
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