Uyen N.B. Vo

Lecturer, Posts and Telecommunications Institute of Technology. At a Vietnamese institution since 2025.
Also published as: Võ Ngọc Bích Uyên, Uyen Vo, Ngoc Bich Uyen Vo, Uyen Ngoc Bich Vo

2 accepted papers at the ten venues since 2025: 1 in the official lists and 1 known only from personal pages, shown as +1 and tagged "unofficial" below. 0 accepted before 2026, 2 from 2026. ICLR: 0 submitted, 0 accepted, 0 rejected.

Co-authors

Cuong Pham (PTIT): 1 paper
Thai Khanh Nguyen (PTIT): 1 paper

People on this site who share papers with this professor, accepted, rejected or workshop, with their institution today and the number of shared papers; see Researcher collaboration for the whole graph.

Google Scholar

A snapshot of the Google Scholar profile taken on 2026-10-02; it is not updated. Google Scholar counts every publication, not only the ten conferences.

	All	Since 2021
Citations	9	9
h-index	2	2
i10-index	0	0

Citations per year, as shown on Google Scholar on the day of the snapshot.

Submitted and accepted per year

All years: 2 accepted, 0 rejected and on record, and about 0 rejected elsewhere (estimate), so about 2 submissions.

Accepted papers and rejections on record (ICLR, public NeurIPS rejections, Findings) are counted; the light part estimates the rejections the other venues do not publish. No ICLR submissions, so no estimate is added.

Accepted papers per year by where the authors are

Each column is one year's accepted papers; grey papers are known only from announcements or personal pages.

Co-authors and topics

4.5 co-authors per paper on average, accepted or not (fewest on an accepted paper 4, most on any submission 5), 6 different co-authors over 2 papers.
2.5 foreign co-authors per paper on average: co-authors whose affiliation on the paper is outside Vietnam.
5 different co-authors are at another university or institution than PTIT (3 abroad, 2 in Vietnam).
1 topics in 1 areas, from the conference's own label on 1 of 2 papers: Deep Learning (1).

Topic area	Topic	Papers
Deep Learning	Sequential Models, Time series	1

Accepted papers (2)

NeurIPS 2026unofficial ControlJEPA: Principled Trajectory Regularization via Lyapunov Tube Loss
Unofficial: name and affiliation; in the NeurIPS 2026 list, not yet confirmable on OpenReview.
Khanh T Nguyen, Yen N Pham, Uyen N.B. Vo, Thieu Vo, Cuong Pham, Tan Nguyen
ICML 2026oral MuonSSM: Orthogonalizing State Space Models for Sequence Modeling
Thai Khanh Nguyen, Vo Ngoc Bich Uyen, Thieu Vo, Tan Minh Nguyen, Cuong Pham

Links