Skip to main content

9th Workshop on Cognition & Control

Free to Attend, Open to All

  • 3/26 – Reitz Union Chamber & poster session in G310
  • 3/27 – Reitz Union room G325

Campus Map: J Wayne Reitz Union

We are pleased to invite you to the ninth C^3 workshop on cognition & control, to be held March 26 & 27 at the University of Florida in the J. Wayne Reitz Union Chamber. Co-organized by Jie Fu, and Sean Meyn from the ECE Department, the workshop is sponsored by NSF and the UF Pittman Endowment.

The purpose of this meeting is the same as the previous C3 workshops: To educate each other and the public, and to engage in discussion related to topics in control and cognition (which includes information theory and statistical learning). The conference is organized in such a way as to leave lots of time for discussion.

Application areas have included communication, power systems, and brain science.

Info Flyer


Organized by Prof. Sean Meyn, co-organized by Prof. Jie Fu with help from enormous help from Marcy Lee and Sanna Saare


Thursday, March 26

Reitz Union Chamber
TimeSpeakerAffiliationTitle
9:30amSean MeynUniversity of FloridaOpening Remarks (Chamber Room)
10:00Emiliano Dall’AneseBoston UniversityOnline Optimization-based Control via Two-Time-Scale Dynamics
10:45Prashant MehtaUniversity of IllinoisWhat can we learn from signals and systems in a transformer?
11:30Lunch
1:00pm
Jose Principe
University of Florida Pulse Based Computation: Fundamentals and Opportunities
1:45Aditya MahajanMcGill UniversityEfficiently searching for good agent state based policies in Dec-POMDPs
2:30 Poster Session Cancelled
Free Time! Perhaps a return to La Chua Trail

Friday, March 27

Reitz Union room G325
TimeSpeakerAffiliationTitle
10:00amVijay SubramanianUniversity of MichiganBayesian Learning of Optimal Policies in Markov Decision Processes with Countably Infinite State-Space
10:45Vikram KrishnamurthyCornell UniversityRevealed Preference and Adaptive Inverse Reinforcement Learning
11:30Lunch
1:00pmKen DuffyNortheastern UniversityThe linear reliability channel: a discrete framework for soft decision error correction decoding
1:45Muriel MedardMassachusetts Institute of TechnologyBuilding the Fastest Decentralized Internet Protocol for Web3