About

Mathematics, dance, and a decade of AI.

I am the founder and CTO of AutonomyAI, where we build agent harnesses that let teams ship production code into enterprise codebases. Before that I spent a decade building machine learning systems across audio, vision, text and vector search, and before that I was a mathematician who also danced.

I graduated from UC Berkeley at 18 with honors in theoretical mathematics and minors in computer science and dance, then got a master's in AI at UC San Diego. I built interactive projection systems for aerial dance, which turned into Zuzor, a company that put AI-powered computer vision into experiential media. We worked with NEC, Epson and Intel, and won awards I am still proud of. Then I led the development of neural networks for noise reduction at Waves Audio, including Clarity VX, which won an Emmy. I served as an elite academic officer in Unit 8200, leading AI research. Now I teach graduate AI and signal processing at Reichman University.

The through-line is the same thing I write about: the gap between the person who has the idea and the system that has to carry it. In dance it was choreography versus code. In audio it was a model versus a product. Now it is a PM, a designer or an engineer versus an agent that can build faster than the team can review.

I care about making that gap smaller, and about being honest when it does not work. Most of what I publish is a field report from a team that is still figuring it out, not a framework sold after the fact.

Outside work I train as an aerialist and acrobat. It is the only thing I do that cannot be rushed.

Publications

Selected research.

Y. Ron, S. Gilboa, and T. Dubnov, Whisper: Courtside Edition. Enhancing ASR performance through LLM-driven context generation. arXiv:2602.18966, 2026.
T. Dubnov and V. Thengane, Gradient Correlation Subspace Learning Against Catastrophic Forgetting. 2024.
G. Geva, O. Warusfel, S. Dubnov, T. Dubnov, A. Amedi, and Y. Hel-Or, Binaural Sound Source Localization Using a Hybrid Time and Frequency Domain Model. Springer, 2024.
T. Dubnov et al., Robust Detection of COVID-19 in Cough Sounds. Springer Nature, 2021.
T. Dubnov, Experiential Media: Using Machine Vision and Sensor-Input to Create Dynamic Real-Time Generated Media. Springer, 2021.
V. Gokul et al., Semantic Interaction with Human Motion Using Query-Based Recombinant Video Synthesis. IEEE MIPR, 2019.
T. Dubnov and C. Wang, Free-Body Gesture Tracking and Augmented Reality Improvisation for Floor and Aerial Dance. 2015.
T. Dubnov et al., Interactive Projection for Aerial Dance Using Depth Sensing Camera. SPIE Electronic Imaging, 2014.

Patents

Granted and filed.

System and Layering Method for Fast Input-Driven Composition and Live-Generation of Mixed Digital Content. 2019.
System and Method for Management of Input Based Digital Live-Generated Content Over a Network. 2017.
System and Method for Tracking, Recognition and Generation of Time Series and Signal Data. 2017.
Mapping Sequence of Documents to Target Function Based on Time Evolution of Their Contents. 2014.