RemoteRF: An Open-Source Platform to Democratize Access to Software-Defined Radios in Wireless Research and Education
Ethan Y. Ge, Ian P. Roberts. IEEE Wireless Communications Magazine, 2026.
Electrical engineer interested in wireless, sensing, and machine learning.
Poster PDF ↗
Creator and lead engineer.
An open-source testbed that lets anyone, anywhere, run experiments on real radios, sensors, and lab equipment. Architected, shipped, and scaled from zero to production infrastructure that has run 24/7 since 2024. Built into every UCLA communications course and used by researchers and educators around the globe.
Ethan Y. Ge, Ian P. Roberts. IEEE Wireless Communications Magazine, 2026.
Ethan Y. Ge, Ian P. Roberts. Asilomar Conference on Signals, Systems, and Computers, 2026.
Poster PDF ↗
Full-duplex base stations must pick a beam pair while self-interference and cross-link interference keep shifting. Probing every pair is too expensive, and prior methods like STEER+ spend airtime on local searches that repeat as users move. We model self-interference across all candidate pairs with a transformer neural process, probe the pair with the highest plausible performance, and stop once the best pair so far is likely near-optimal. On measured 28 GHz data, it probes about 10 of 625 candidate pairs on average and outperforms STEER+ and Bayesian optimization at the same airtime.
Ethan Y. Ge, Ian P. Roberts. Asilomar Conference on Signals, Systems, and Computers, 2026.
One of nine undergraduates; $7,000 stipend to pursue RemoteRF independently.
Four-year, $40,000 scholarship; up to four recipients annually.
$20,000 across two grants to scale RemoteRF, including one of only three awarded to engineering in the inaugural round.
Selected poster presenter.
Selective honors program; how I found my way into Prof. Roberts's lab.
Co-founder and lead graphics/systems engineer.
Contributed heavily to Iron Inc. (Steam) and Pocket Panzers (iOS, Android).
Stepped away in Sep 2026 to focus fully on research.