Prof. Yuu Nakajima Profile

Prof. Yuu Nakajima

at Toho Univ

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Proceedings Article | 3 April 2024 Poster + Paper

Artificial intelligence in cystoscopic bladder cancer classification based on transfer learning with a pre-trained convolutional neural network without natural images

Ryuunosuke Kounosu, Wonjik Kim, Atsushi Ikeda, Hirokazu Nosato, Yuu Nakajima

Proceedings Volume 12927, 1292727 (2024) https://doi.org/10.1117/12.3005605

KEYWORDS: Artificial intelligence, Image classification, Machine learning, Tumors, Diagnostics, Bladder cancer, Deep learning

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Artificial intelligence (AI) systems for diagnostic assistance in medical imaging are being researched and developed for main diagnostic imaging areas, such as magnetic resonance imaging and computed tomography imaging. These fields have a large number of examinations, and sufficient training data can be obtained for AI training. However, it may be challenging to collect sufficient training data to train AI in some minor areas, such as cystoscopy. In such cases, pre-trained AI models, which are pre-trained on a large, general-purpose image database based on real images, are often used. However, such large image databases containing real images are subject to copyright issues because the images are collected from the Internet, and mislabeling issues arise because annotation is performed manually. When building AI for medical images, the transparency of the training data is more important, and such problems are undesirable for the pre-training data used to build AI for diagnostic support. Therefore, this study proposed a new pre-training method based on automatically generated image databases to train the AI as a pre-training method that does not rely on real images in developing a diagnostic AI system for cystoscopic images. The objective was to build a diagnostic support system with a classification performance equivalent to that of expert urologists. Proposed method mixed two types of formula-driven image databases with the texture and contour features inspired by cystoscopic images. In the conducted experiments, the effectiveness of proposed method was verified for the classification of cystoscopic images.

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