Invariance is an important tool in ensuring the safety of autonomous and non-autonomous systems alike. However, determining the invariant set or control invariant set of a dynamical system remains a challenge -- either requiring synthesis of a model-specific scalar function or a method of calculating a system's one-step reachable set. With advances in machine learning, data driven methods present an interesting new direction for invariant set synthesis for known and unknown systems. However, many challenges remain – both in incorporating the uncertainty inherent to model-free analysis, and in dealing with the burdensome sampling requirements typical of data-driven methods.
This workshop brings together highlighted speakers who are tackling the challenges and opportunities of data driven invariance with a variety of techniques, including set based methods, barrier and Lyapunov function methods, and safety filters, to holistically survey the current state of the art. A rapid interactive/poster session will provide an opportunity for in-depth discussion and connection across the community.
Leila Bridgeman
Duke University
Samuel Coogan
Georgia Institute of Technology
Murat Arcak
University of California, Berkeley
Jun Liu
University of Waterloo
Majid Zamani
University of Colorado Boulder
Claus Danielson
University of New Mexico
Hamid Ossareh
University of Vermont
Ilya Kolmanovsky
University of Michigan
Melanie Zeilinger
ETH Zurich
Kelly Merckaert
Vrije Universiteit Brussel
We are excited to announce that our workshop will be holding a poster session for recent results in data driven invariance. A rapid interaction session will provide the opportunity to present results and interact with members of the community.
To participate: Just email the organizers with basic details about your prospective poster and talk.
Email: Leila.bridgeman@duke.edu
Subject: CDC Workshop Poster Session
Include: Talk/poster title, abstract, & your contact info