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NOTSOFAR-1 Challenge: New Datasets, Baseline, and Tasks for Distant Meeting Transcription
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We introduce the first Natural Office Talkers in Settings of Far-field Audio Recordings (``NOTSOFAR-1'') Challenge alongside datasets and baseline system. The challenge focuses on distant speaker diarization and automatic speech recognition (DASR) in far-field meeting scenarios, with single-channel and known-geometry multi-channel tracks, and serves as a launch platform for two new datasets: First, a benchmarking dataset of 315 meetings, averaging 6 minutes each, capturing a broad spectrum of real-world acoustic conditions and conversational dynamics. It is recorded across 30 conference rooms, featuring 4-8 attendees and a total of 35 unique speakers. Second, a 1000-hour simulated training dataset, synthesized with enhanced authenticity for real-world generalization, incorporating 15,000 real acoustic transfer functions. The tasks focus on single-device DASR, where multi-channel devices always share the same known geometry. This is aligned with common setups in actual conference rooms, and avoids technical complexities associated with multi-device tasks. It also allows for the development of geometry-specific solutions. The NOTSOFAR-1 Challenge aims to advance research in the field of distant conversational speech recognition, providing key resources to unlock the potential of data-driven methods, which we believe are currently constrained by the absence of comprehensive high-quality training and benchmarking datasets.
Forward citations
Cited by 5 Pith papers
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SDBench: A Comprehensive Benchmark Suite for Speaker Diarization
SDBench provides a reproducible 13-dataset benchmark for speaker diarization, and its companion SpeakerKit achieves a claimed 9.6x speedup over Pyannote v3.1 with comparable DER.
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SuPseudo: A Pseudo-supervised Learning Method for Neural Speech Enhancement in Far-field Speech Recognition
A pseudo-supervised method that uses close-talk microphone recordings to estimate training targets lets a speech enhancement model adapt to real far-field data, cutting CER to 29.80% on MISP2023.
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MMW: Side Talk Rejection Multi-Microphone Whisper on Smart Glasses
MMW combines a Mamba-based Mix Block, a Frame Diarization Mamba layer, and multi-scale GRPO to reduce side-talk interference in Whisper ASR, reporting WER as low as 3.71%.
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Pseudo Labels-based Neural Speech Enhancement for the AVSR Task in the MISP-Meeting Challenge
Training a neural speech enhancer on pseudo labels derived from aligned close-talk recordings improves far-field meeting ASR, reaching second place in the MISP-Meeting Challenge.
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The tttAI System for the TSA-ASR Task of the SmartGlasses Challenge 2026
A cascaded smart-glasses TSA-ASR system with a dominant-speaker overlap fallback achieved 7.10% tcpCER on two-person dialogues and 34.04% on multi-party meetings, ranking second on the meeting track.
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