A Classification Benchmark for Artificial Intelligence Detection of Laryngeal Cancer from Patient Speech

• URL: http://arxiv.org/abs/2412.16267v1
• Date: Fri, 20 Dec 2024 10:34:03 GMT
• Title: A Classification Benchmark for Artificial Intelligence Detection of Laryngeal Cancer from Patient Speech
• Authors: Mary Paterson, James Moor, Luisa Cutillo,
• Abstract summary: Current diagnostic pathways cause many patients to be incorrectly referred to urgent suspected cancer pathways. Artificial intelligence offers a promising solution by enabling non-invasive detection of laryngeal cancer from patient speech. This work introduces a benchmark suite comprising 36 models trained and evaluated on open-source datasets.
• Score: 0.30723404270319693
• License:
• Abstract: Cases of laryngeal cancer are predicted to rise significantly in the coming years. Current diagnostic pathways cause many patients to be incorrectly referred to urgent suspected cancer pathways, putting undue stress on both patients and the medical system. Artificial intelligence offers a promising solution by enabling non-invasive detection of laryngeal cancer from patient speech, which could help prioritise referrals more effectively and reduce inappropriate referrals of non-cancer patients. To realise this potential, open science is crucial. A major barrier in this field is the lack of open-source datasets and reproducible benchmarks, forcing researchers to start from scratch. Our work addresses this challenge by introducing a benchmark suite comprising 36 models trained and evaluated on open-source datasets. These models are accessible in a public repository, providing a foundation for future research. They evaluate three different algorithms and three audio feature sets, offering a comprehensive benchmarking framework. We propose standardised metrics and evaluation methodologies to ensure consistent and comparable results across future studies. The presented models include both audio-only inputs and multimodal inputs that incorporate demographic and symptom data, enabling their application to datasets with diverse patient information. By providing these benchmarks, future researchers can evaluate their datasets, refine the models, and use them as a foundation for more advanced approaches. This work aims to provide a baseline for establishing reproducible benchmarks, enabling researchers to compare new methods against these standards and ultimately advancing the development of AI tools for detecting laryngeal cancer.

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