IEEE Xplore

So one example that I came across was in tackling attacks on cyber physical systems in which false data injections can lead to unknown time varying state feedback games.

Another example within Hamed's work is in the context of wind turbine control.

So the unknown control direction can result from unpredictable changes in wind speed.

And we're going to come back to this application area a little later on in the episode.

So we have an optimum gain tuning.

Okay, so in terms of like other applications of this, of your proposed kind of control framework.

So I know you've worked on applying these techniques to wind turbine control or kind of work with a collaborator.

So like, how did you end up working on this particular application?

Precisely.

There is a deeply technical and fascinating paper in IEEE Explore detailing privileged access management and industrial control systems.

And the research shows that if an attacker can manipulate a race condition with perfect timing, they can inject malicious parameters into the memory block during that split second when it is unlocked or in an undefined state.

Oh, my God.

So as part of my independent side research, I have been doing research on token optimization, how we can make the AI more greener, available, cheaper for everyone, and that is part of, of, of my fundamental research.

I'm excited to share that my paper on carbon-aware inference has been accepted by IEEE, and it is going to be published soon with IEEE Explore.

Fantastic.

Fantastic.

They conducted a very comprehensive search.

They looked through PubMed, Embase, Scopus, Web of Science, and IEEE Explore.

They started with 12,579 records in total.

And how did they narrow that down? Because 12,579 is a massive number of initial records.