Guide-yakabatana mibvunzo · Zviri nyore Nhanho
Inzwi Chiitiko Chekuziva Quiz
Review voice activity detection, frame-level speech decisions, hangover behavior and threshold tradeoffs in streaming audio.
Mubvunzo 1 ye 8
Nderipi basa rekutanga reVoice Activity Detection?
Tarisa mubvunzo wese8 mibvunzo
Mhinduro uye tsananguro zvinoonekwa paunenge uchitora bvunzo.
- Nderipi basa rekutanga reVoice Activity Detection?
- Sarudza kuti audio ine kutaura here kana kuti kwete
- Ziva kuti ndiani ari kutaura
- Shandura kutaura kuita mavara
- Gadzira manzwi ekugadzira
- How does the OpenAI Realtime API’s server_vad mode determine audio chunks?
- By identifying the speaker’s legal name
- By using periods of silence
- By examining image frames
- By grouping words alphabetically
- What does silence_duration_ms configure in server_vad?
- The length of the speaker embedding
- Iyo yekuteerera sampuli mwero
- How long a silent interval is used to detect that speech has stopped
- How many words appear in a transcript
- What range does the documented server_vad activation threshold use?
- -100 to 100
- 1 to 1000
- Only the strings “low” and “high”
- 0 kusvika 1
- How does semantic_vad estimate that a user has finished speaking?
- It uses a semantic classifier based on the words the user has uttered
- It waits for exactly 500 milliseconds of silence only
- It checks for a camera image
- It counts speaker turns from a diarization transcript
- What does high eagerness do in semantic_vad?
- It waits longer before every response
- It chunks audio sooner and can return transcription events faster
- It disables all speech detection
- It increases the number of speakers in the audio
- What is the documented default equivalent of semantic_vad eagerness set to auto?
- Zero
- High
- Pakati
- No threshold
- Why may a streaming VAD include padding before detected speech?
- To add words that were not spoken
- To identify the real-world speaker name
- To reduce every utterance to one frame
- To preserve audio immediately preceding the detected onset