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Joint Audio and Speech Understanding

About

Humans are surrounded by audio signals that include both speech and non-speech sounds. The recognition and understanding of speech and non-speech audio events, along with a profound comprehension of the relationship between them, constitute fundamental cognitive capabilities. For the first time, we build a machine learning model, called LTU-AS, that has a conceptually similar universal audio perception and advanced reasoning ability. Specifically, by integrating Whisper as a perception module and LLaMA as a reasoning module, LTU-AS can simultaneously recognize and jointly understand spoken text, speech paralinguistics, and non-speech audio events - almost everything perceivable from audio signals.

Yuan Gong, Alexander H. Liu, Hongyin Luo, Leonid Karlinsky, James Glass• 2023

Related benchmarks

TaskDatasetResultRank
Audio ReasoningMMAR
Average Accuracy19
82
Automatic Speech RecognitionLibriSpeech
WER4.9
19
Instruction FollowingSpeech-IFEval
IF Rate29.19
18
Massive Multi-discipline Audio UnderstandingMMAU
Speech Score23.35
17
SummarizationiEEG clinical dataset Foreground
ROUGE-L40.2
14
DescriptioniEEG clinical dataset Background
Avg Score (G, P, T)52.2
14
SummarizationiEEG clinical dataset Background
ROUGE-L27.9
14
DescriptioniEEG clinical dataset Foreground
AVG(G, P, T)48.9
14
Free Q&AiEEG clinical dataset Foreground
ROUGE-L39
14
Free Q&AiEEG clinical dataset Background
ROUGE-L30.4
14
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