AEMEATH-TTS / AUDIO DEMO

Can one model
normalize and speak?

From complex written text to spoken language.
Listen to end-to-end normalization, coverage-aware learning,
and explicit reading-position supervision.

Explore the audio
ONE INPUT. ONE GENERATOR.
RAW TEXT**PRO** · 39元/月
$4 \times 12 = 48$
18℃–20℃
Aemeath module icon
Aemeath-TTSNormalize through synthesis
RAW TEXT → SPEECH
01 / ADAPT

Aemeath

Anchored Talker + MTP adaptation

02 / REWARD

Everbright

Coverage-aware policy learning

03 / LOCATE

Polestar

Explicit reading-position supervision

LISTEN CLOSELY

The same text. Different readings.

20examples
12 model / variant configurations

RAW INPUT

Shared by all models

ACCEPTED READING

Human reference

Listen & compare

Quick A/BPolestar · position-only

CER compares this clip’s ASR transcript with the accepted reading. Lower is better.

All players start at normal speed and original volume.

READING THE DEMO

Explore the audio,
compare the readings.

Download the listening manifest
How are the systems compared?

Each example uses the same raw input across systems. Text frontends are labeled: IndexTTS2 with TN on/off, CosyVoice3 and VoxCPM2 with TN off, FireRedTTS3 with WeText, and XTTS-v2 with its native frontend. Systems retain their native voices and decoding configurations.

What do the reference and CER mean?

The reference provides human-annotated accepted readings. Forms inside [A|B|C] are alternatives; [X] is optional. CER is calculated from Qwen3-ASR transcripts using case-insensitive normalization and accepted readings. Use the audio players to compare pronunciation, reading completeness and voice quality.

How can I explore the audio?

All 180 audio clips are original model outputs. Use Quick A/B to compare two systems on the same input, or download individual WAV files. Sample texts, accepted readings, ASR transcripts and audio paths are available in the listening manifest.