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Wake Word Detection · ગુજરાતી

Gujarati Data for Wake Word Detection

Training and hardening a device wake word against Indian phonetics, background noise and near-miss phrases. In Gujarati, the binding constraint is usually dialect coverage and code-mixing, not raw hours.

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Smart speaker listening for a wake word in an Indian home — Gujarati Data for Wake Word Detection
Language
Gujarati
Primary metric
False accepts per hour
Typical volume
250-1,000 hours
01

Data profile required

  • Thousands of speakers, few utterances each
  • Positive and hard-negative sets
  • Multiple distances and noise conditions
Wake Word Detection · GujaratiData profile that moves itWhat it is scored onThousands of speakers, few utterances e…Positive and hard-negative setsMultiple distances and noise conditionsFalse accepts per hourFalse reject rate per accent bandPerformance at 3m and 5mThe corpus is specified backwards from the right-hand column.
02

What Gujarati adds to the requirement

  • Murmured (breathy-voiced) vowels are phonemic in Gujarati and are absent from most shared Indic acoustic models
  • Surti speech has distinctive intonation and vowel quality that mismatches Ahmedabad-trained models
  • Dialects to cover: Standard (Amdavadi), Surti, Kathiyawadi, Kachchhi-influenced
  • Business and trade vocabulary is heavily English; Gujarati diaspora speech adds further English structure. Specify whether diaspora speakers are in or out of scope.
Diverse Indian speakers waiting for multilingual data collection sessions — supporting gujarati data for wake word detection
Diverse Indian speakers waiting for multilingual data collection sessions
03

Metrics to track

  • False accepts per hour
  • False reject rate per accent band
  • Performance at 3m and 5m
04

Failure modes

  • Positives only, with no hard negatives
  • Close-mic-only capture
  • No accent-band tagging, so failures cannot be localised

For Gujarati specifically: Very little spontaneous Gujarati audio exists publicly; nearly all of it is Ahmedabad read speech.

05

Recommended cohort

Surat and Rajkot recruitment is essential for dialect coverage; Ahmedabad-only cohorts sound uniform.

DimensionTypical splitWhy it matters for Gujarati
Gender50 / 50Pitch range differences change acoustic model behaviour; unbalanced cohorts bias recognition
Age18-25: 30%, 26-40: 40%, 41-60: 30%Older speakers retain conservative Gujarati forms that younger urban speakers have lost
RegionGujarat / Daman & Diu / Dadra & Nagar Haveli and othersDialect spread across 5 recognised varieties
EducationMixed, including below-graduatePrompt-reading fluency correlates with education and skews prosody
ConditionStudio / quiet room / fieldMatch the noise profile of your deployment
06

Suggested programme shape

Start with an evaluation set of 100 speakers spread across every Gujarati dialect in scope, collected before training data. Then field 250-1,000 hours of training data from disjoint speakers.

This ordering is what makes the improvement measurable rather than assumed.

Frequently asked

Is there usable public Gujarati data for wake word detection?

Very little spontaneous Gujarati audio exists publicly; nearly all of it is Ahmedabad read speech.

How many Gujarati speakers do we need?

500-1,500 speakers for a training corpus, plus a disjoint evaluation cohort covering each dialect. Speaker count matters more than hours for generalisation.

Can you run this across multiple languages at once?

Yes. Multi-language programmes run to one master specification so per-language results stay comparable.

Scope Gujarati data for wake word detection

Send the target metric and the languages in scope.

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