Early-career CUHK-Shenzhen researcher designing cross-lingual romanization schemes for Thai, Lao, and Sinitic languages
2
papers here
1
reviewed by Evolve
0
first-author
0
corresponding
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works · OpenAlex
0
h-index · OpenAlex
Bibliometric figures come from OpenAlex (2026-10-17) and cover the author's entire public record, not just the papers listed here. Reproducibility signal comes from Evolve's own reviews.
Research profile
Output—
This axis measures publication volume and output consistency. The underlying bibliometric data is insufficient here — the OpenAlex record shows no usable output totals — so no score is assigned; visible evidence is limited to two 2026 preprints.
Impact—
This axis measures citation influence (h-index, i10-index, citation counts). Available metrics show h-index 0 and i10-index 0, reflecting a record too new for citation accumulation, so no score is given. Impact should be re-assessed as the 2026 papers accrue citations.
Focus100/100
Scores 100, reflecting an exceptionally narrow topical concentration. All five OpenAlex topics on the record — phonetics and phonology research (2 works), natural language processing techniques, speech recognition and synthesis, linguistics and language evolution, and linguistics and language studies — sit within the speech-and-language spectrum, and the classified field distribution assigns the single coded paper to speech and language processing / computational linguistics.
Collaboration28/100
Scores 28, indicating a small, concentrated collaboration footprint. The OpenAlex record lists 3 distinct co-authors overall, and repeated collaboration with Zijie Zhang, Yong Cao, and Benyou Wang suggests a stable core group. In the two 2026 catalog papers, Tan Lee appears as last author on the Thai–Lao romanization work and as a middle author on the Mandarin–Cantonese study, indicating both senior and supporting roles within this compact team.
Activity32/100
Scores 32, a modest activity level. The OpenAlex counts-by-year data shows 2 works in 2026 and none in earlier years on this record, and recent-3-year output also totals 2. Both visible papers are arXiv preprints from 2026, so activity appears front-loaded in a single year, consistent with an emerging research record rather than sustained multi-year productivity.
Reproducibility55/100
Scores 55, an intermediate reproducibility signal computed from 1 paper assessed by Evolve. The reviewed Thai–Lao romanization scheme is rated medium reproducibility readiness: its symbol correspondences and design rules are fully specified, but the paper is entirely unevaluated — no experiments or validation accompany the scheme — so the score reflects specification completeness without empirical demonstration.
Research summary
Tan Lee is a researcher at the Chinese University of Hong Kong, Shenzhen, whose visible work centers on romanization design for Thai, Lao, and Sinitic languages — a niche within speech and language processing / computational linguistics. The profile is early-stage: the OpenAlex record shows two works, both dated 2026, an h-index of 0 and an i10-index of 0, so output and impact cannot yet be scored. The flagship contribution is an arXiv preprint proposing a phonemically comprehensive, ASCII-only romanization scheme for Thai and Lao, built on systematic cross-lingual correspondence and designed for users familiar with Pinyin and Jyutping. Evolve's review judges the scheme fully specified and coherent but entirely unevaluated, yielding a medium reproducibility-readiness rating (reproducibility score 55, from one assessed paper). A second 2026 preprint, on which Tan Lee is a middle author, extends the agenda toward a cross-lingual romanization ecosystem for Sinitic languages through a paired Mandarin–Cantonese case study. Topical focus is exceptional (score 100): all five recorded topics — phonetics and phonology research (2 works), natural language processing techniques, speech recognition and synthesis, linguistics and language evolution, and linguistics and language studies — lie within the speech-and-language domain. Collaboration remains compact (score 28; 3 distinct co-authors), anchored by Zijie Zhang, Yong Cao, and Benyou Wang, with Tan Lee in the last-author position on the reviewed paper.
Collaboration pattern
The OpenAlex record shows a compact collaboration footprint: 3 distinct co-authors and a collaboration score of 28. Repeated co-authorship with Zijie Zhang, Yong Cao, and Benyou Wang points to a small, stable core team rather than a broad network. Tan Lee's authorship positions — last author on the reviewed Thai–Lao romanization paper and middle author on the Mandarin–Cantonese case study — suggest senior oversight of scheme design plus supporting roles on companion work.
Research keywords
Highlights
Phonemically comprehensive ASCII-only romanization for Thai and Lao
Chinese-user-friendly design as a unifying principle
Toward a cross-lingual romanization ecosystem for Sinitic languages
A 2026 arXiv preprint, with Tan Lee as a middle author, uses a paired Mandarin–Cantonese case study to sketch an ecosystem of mutually aligned romanization systems for Sinitic languages. The paper is not yet reviewed in the Evolve catalog.
Timeline
- 2026Published an arXiv preprint proposing a phonemically comprehensive, ASCII-only romanization scheme for Thai and Lao, with systematic cross-lingual correspondence and Chinese-user-friendly design.
- 2026Co-authored a companion preprint, 'Toward a Cross-Lingual Romanization Ecosystem for Sinitic Languages,' presenting a paired Mandarin–Cantonese case study.
- 2026The Thai–Lao romanization paper entered the Evolve catalog: reviewed as coherent but entirely unevaluated, rated medium reproducibility readiness, and yielding a reproducibility score of 55 based on one assessed paper.
Papers in the Evolve catalog
Frequent co-authors
About this profile
This profile is AI-structured by Evolve.Pub from public bibliographic data (OpenAlex) and Evolve's own paper reviews. It is not written or endorsed by the researcher unless the profile is claimed. Radar dimensions are computed from real bibliometrics with fixed formulas — raw figures are shown alongside; missing dimensions mean insufficient data, never zero. Errors? Claim the profile to correct or hide it.
- Bibliometric scores are computed from OpenAlex records only; no ORCID was available, so this profile is name-resolved from public bibliographic data and may be affected by name ambiguity.
- The record shows h-index 0 and i10-index 0 with works only in 2026; output and impact dimensions are therefore unscored pending citation accumulation.
- Only two 2026 arXiv preprints are in scope; one has a full Evolve review and reproducibility rating, while the other is unevaluated.
- The reproducibility score rests on a single assessed paper (1 of 2 catalog papers) and may shift as more work is reviewed.
