Datasets:
English-Hebrew Code-Switching ASR Benchmark (test set v1)
Status: early-stage, work in progress. Known issue: 22 of the 139 clean-subset
hebrew_termslabels are English tech words or product names (JSON, grep, Proxmox, Tuya, ...), 26 of 172 occurrences. v1.1 will relabel them; until then, term recall is 2 to 6 points higher than a Hebrew-only count. Details: methodology, limits.
A frozen, versioned test set for measuring how well speech recognition handles English speech with Hebrew words in it: "pick up some bamba from the makolet", "I have to go to Bituach Leumi tomorrow". The references write each Hebrew word in one canonical romanized spelling, in Latin letters.
- Website (the Parakeet code-switching fine-tune): hebrish.app: get the Hebrish keyboard for Android and the desktop apps, see the results, and find every model, dataset and demo in one place.
- Runner and scorer: github.com/Hebrish/English-Hebrew-Codeswitching-ASR-Benchmark
- Leaderboard: Space: English-Hebrew-Codeswitching-ASR-Leaderboard
This repository is the test set only. It never changes in place: a new test set is a new version, and every result records the commit it was scored against.
Subsets
145 clips from the held-out test split of danielrosehill/Read-Aloud-Voice-Sentences at commit 3bdaa2a50d52, each tagged with a subset:
subset |
Clips | What it is | Used for |
|---|---|---|---|
clean |
84 (11.8 min) | Phone recordings (2026-10-14/15) of sentences that appear in no published training set | The leaderboard headline |
contaminated_text |
7 | New phone recordings of sentences that Whisper-Hebrish was trained on (different audio, same words) | Reported only in all_code_switch |
contaminated_audio |
26 | Desktop-mic recordings (2025-11-17) that are in Whisper-Hebrish's training set, the same files | Reported only in all_code_switch |
desktop_mic |
4 | Desktop-mic recordings from the same 2025 round that no model trained on | Reported only in all_code_switch |
english_control |
24 (3.3 min) | The same speaker's English with no Hebrew: email, tech, names, homophones | English regression check |
The clean subset holds 172 Hebrew term occurrences (139 distinct terms). 117 of those occurrences are of terms that appear nowhere in the training split of the source dataset (unseen: true), so they measure generalisation to new Hebrew words rather than memorisation.
Columns
| Column | Meaning |
|---|---|
file_name |
WAV, 16 kHz mono |
id |
Same id as in the source dataset |
text |
Reference transcript: cased and punctuated, canonical romanized Hebrew |
subset |
See above |
hebrew_terms |
List of {term, variants, unseen}. term is the canonical spelling. variants are accepted alternative romanizations from the Hebrew-Latin-Token-Classifier lexicon. unseen is true when the term is absent from the source dataset's train split |
source_text |
Set on the 4 rows whose reference was corrected: the source transcript had a variant spelling (heder madregot, machane Yehuda) where its own label was the canonical term, so no transcript could have scored a hit. The reference here uses the canonical term; source_text is the original |
duration_s, categories, recording, source_dataset |
Provenance |
Speaker and limits
One speaker: Daniel Rosehill, the author, Irish-born, English-speaking, living in Jerusalem. Phone clips were recorded on a OnePlus Nord 3 5G internal microphone. This is a single-speaker, read-speech benchmark of 84 headline clips. It ranks models on this speaker's code-switching; it does not show how a model handles other accents or spontaneous speech. Differences of a few term hits are within noise.
Licence
CC-BY-4.0, like the source dataset. Built by scripts/build_testset.py in the GitHub repository from pinned upstream commits.
- Downloads last month
- 108