Safe Autonomous Systems @ University of Florida ECE

Category: News

  • Posters at Undergraduate Spring Symposium 2026

    Posters at Undergraduate Spring Symposium 2026

    Congratulations to Trevor and Chris (and Vignesh) on their presentations of undergraduate-led research projects! Featured above: Chris Oeltjen and Vignesh Saravanan with their defensive maneuvering work. Featured below: Trevor Turnquist with his calibrated filtering work.

  • Mathias wins ECE Undergrad Research Excellence Award

    Mathias wins ECE Undergrad Research Excellence Award

    Congratulations to Mathias Gast on his well-deserved research award! In the TEA Lab, he has been working on soundly abstracting continuous systems, resulting in multiple paper submissions. Looking forward to his upcoming contributions!

  • New preprint: latent-entropy anomaly detection

    New preprint: latent-entropy anomaly detection

    In collaboration with ECE colleagues, we have put out a new variant of our unsupervised anomaly detection pipeline. This one uses a latent entropy loss to scramble the latent space, making anomalies harder to reconstruct (and hence easier to detect). No supervision (including a normal-only dataset) needed! Citation:

  • Ivan presents LLM confidence calibration at Shonan

    Ivan presents LLM confidence calibration at Shonan

    Ivan had the honor of attending an invitation-only visionary workshop #235 on LLM-guided assurance and synthesis for CPS in Shonan, Japan. He presented the lab’s work on calibrating chain-of-thought confidence by discovering temporal patterns with Signal Temporal Logic. My slides can be found here. Some of the prominent debates at the workshop included:

  • Ivan named Malachowsky Family Endowed Rising Star

    Ivan named Malachowsky Family Endowed Rising Star

    Big thanks to the Malachowsky Family for supporting our AI research! Also, congratulations to Alina and Yingying. Onwards! Links:

  • New preprint: verifiable deterministic world models

    New preprint: verifiable deterministic world models

    Our exploration of world models for system assurance resulted in a semi-predictable but currently unfashionable choice: removing randomness and uncertainty from the latent space made world models more verifiable (although a tiny bit less picture-perfect). More surprisingly, this step made the behaviors produced by them more relevant to the real world. As a result, we…

  • STL CoT confidence = most innovative poster

    STL CoT confidence = most innovative poster

    Zhenjiang and Ani presented a poster with their work on chain-of-thought confidence with signal temporal logic at the Annual Nelms IoT Conference. The core idea of this research is to find patterns in LLM confidence that tend to correlate with correct and incorrect answers. Then, these patterns can be used to determine the confidence, i.e.,…

  • New preprint: statistical-symbolic verification of perception

    New preprint: statistical-symbolic verification of perception

    Our collaboration with RPI has yielded an extended and improved version of our NeuS’25 paper: combining conformal prediction for neural perception with reachability analysis for the dynamics and control. This problem required constructing a discrete abstraction of the perception neural net, which we did with a genetic algorithm. Citation:

  • ECE showcases new  club: Gator Autonomous Racing

    ECE showcases new club: Gator Autonomous Racing

    This semester marks a major development: the Gator Autonomous Racing (GAR) student club/design team was officially spun off from the TEA Lab. This week, the club has put together an impressive showcase with two racing cars (F1/tenth, aka RoboRacer) in the middle of Malachowsky Hall. The demonstration has attracted a lot of attention! A huge…

  • New preprint: a survey of CPS assumptions

    New preprint: a survey of CPS assumptions

    We’ve put in a big effort to find, categorize, and analyze assumptions and guarantees in papers on cyber-physical systems since 2014. Now we’re happy to release the results! Citation: We are also sharing our database of analyzed papers and assumptions.