VoiceChat-TTS is proposed, a low-latency, continuous, and streamable text-to-speech model for interactive agents that enables always-on, responsive speech generation while preserving modularity and high speech quality.
Abstract
Spoken dialogue is a natural form of human--computer interaction, yet most speech language models remain limited to turn-based operation and lack real-time adaptability, such as user barge-in. Recent duplex speech-to-speech and speech-to-text models reduce latency by replacing multi-stage pipelines, but often compromise speech quality because accurate ASR, interruption handling, and high-fidelity synthesis must be optimized jointly. We propose VoiceChat-TTS, a low-latency, continuous, and streamable text-to-speech model for interactive agents. VoiceChat-TTS is driven directly by LLM text-token streams, supports explicit interruption via control tokens, and produces silence when no textual input is available. The model enables always-on, responsive speech generation while preserving modularity and high speech quality, and it supports mid-utterance interruptions without resetting the KV cache.
A user evaluation shows that the proposed KABURI-TTS attains higher naturalness at both the utterance and the interaction level, and an analysis of voice activity confirms that the proposed method produces more overlap and more frequent turn-taking.
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