论文解读
Child-Centric Voice Anonymization in Single and Multi-Speaker Speech via Domain-Adapted SSL Models
语音匿名化 | 7.2/10
语音匿名化
论文解读
A Large-Scale Per-Speaker Analysis of Re-identification Risk in Speech Anonymization
语音匿名化 | 7.1/10
论文解读
Evaluating voice anonymisation using similarity rank disclosure
Evaluating voice anonymisation using similarity rank disclosure
论文解读
Private Speech Classification without Collapse: Stabilized DP Training and Offline Distillation
音频分类 | 6.5/10
论文解读
TVTSyn: Content-Synchronous Time-Varying Timbre for Streaming Voice Conversion and Anonymization
语音转换 语音匿名化 | 8.0/10
论文解读
TVTSyn: Content-Synchronous Time-Varying Timbre for Streaming Voice Conversion and Anonymization
语音转换 | 7.5/10
论文解读
DiffAnon: Diffusion-based Prosody Control for Voice Anonymization
语音匿名化 | 7.5/10
论文解读
Conditional Diffusion Models for Mental Health-Preserving Voice Conversion
语音转换 | 8.0/10
论文解读
Content Anonymization for Privacy in Long-Form Audio
语音匿名化 | 7.5/10
论文解读
Content Leakage in Librispeech and its Impact on the Privacy Evaluation of Speaker Anonymization
语音匿名化 | 7.5/10
论文解读
ECSA: Dual-Branch Emotion Compensation for Emotion-Consistent Speaker Anonymization
语音匿名化 | 8.5/10
会议任务专题
ICASSP 2026 - 语音匿名化
共 10 篇 ICASSP 2026 语音匿名化 方向论文
论文解读
Identity Leakage Through Accent Cues in Voice Anonymisation
语音匿名化 | 7.0/10
论文解读
Improving the Speaker Anonymization Evaluation’s Robustness to Target Speakers with Adversarial Learning
语音匿名化 | 7.5/10
论文解读
PRSA: Preventing Malicious Speaker Recognition and Speech Synthesis Simultaneously with Adversarial Examples
语音匿名化 | 7.0/10
论文解读
Speaker Anonymisation for Speech-Based Suicide Risk Detection
语音匿名化 | 7.5/10
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Stream-Voice-Anon: Enhancing Utility of Real-Time Speaker Anonymization Via Neural Audio Codec and Language Models
语音匿名化 | 7.0/10
论文解读
Target Speaker Anonymization in Multi-Speaker Recordings
语音匿名化 | 7.6/10
论文解读
ZK-VSA: Zero-Knowledge Verifiable Speaker Anonymization Leveraging Phase Vocoder with Time-Scale Modification
语音匿名化 | 7.5/10
论文解读
Before the Mic: Physical-Layer Voiceprint Anonymization with Acoustic Metamaterials
这篇论文针对在公共场景（如会议、演讲）中，不可信录音设备可能导致声纹泄露且事后无法补救的问题，提出了EchoMask——首个基于声学超材料的物理层实时声纹匿名化系统。其核心方法是在声音到达麦克风前，通过精心设计的被动声学结构对特定低频段（300-700Hz）进行选择性干扰，该频段对说话人识别至关重要