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Alzheimer's Dementia Recognition through Spontaneous Speech: The ADReSS Challenge
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The ADReSS Challenge at INTERSPEECH 2020 defines a shared task through which different approaches to the automated recognition of Alzheimer's dementia based on spontaneous speech can be compared. ADReSS provides researchers with a benchmark speech dataset which has been acoustically pre-processed and balanced in terms of age and gender, defining two cognitive assessment tasks, namely: the Alzheimer's speech classification task and the neuropsychological score regression task. In the Alzheimer's speech classification task, ADReSS challenge participants create models for classifying speech as dementia or healthy control speech. In the the neuropsychological score regression task, participants create models to predict mini-mental state examination scores. This paper describes the ADReSS Challenge in detail and presents a baseline for both tasks, including feature extraction procedures and results for classification and regression models. ADReSS aims to provide the speech and language Alzheimer's research community with a platform for comprehensive methodological comparisons. This will hopefully contribute to addressing the lack of standardisation that currently affects the field and shed light on avenues for future research and clinical applicability.
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Cited by 3 Pith papers
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ClaritySpeech: Dementia Obfuscation in Speech
An ASR, text-obfuscation, and zero-shot TTS pipeline lowers automatic dementia detection in speech by 10 to 16 percent F1 while improving intelligibility, with only moderate speaker similarity.
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Toward Generalizable Cognitive Impairment Detection with Speech-Based Multimodal Large Language Models
A multimodal LLM pipeline (Qwen audio + Qwen text embeddings, concatenated and classified) reaches 92.4% accuracy on a combined ADReSS20/ADReSSo21 test set, but the evaluation does not justify state-of-the-art or cros...
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Mitigating Confounding in Speech-Based Dementia Detection through Weight Masking
Masking weights that react to gender in a fine-tuned BERT reduces gender gaps in dementia predictions while keeping most of the detection accuracy.
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