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openalexScientific Reports2026-07-23

Deep learning-based classification of benign anorectal lesions on endoanal ultrasound: a proof-of-concept study

Maria João Almeida, Miguel Mascarenhas, Miguel Martins, F Mendes, Joana Mota, Pedro Cardoso, et al.

Benign anorectal conditions—including fissures, lacerations, and fistulas—are common and often require precise imaging for adequate diagnosis and surgical planning. Endoanal ultrasonography (EAUS) offers excellent visualization of the sphincter complex but remains underused due t…

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openalexScientific Reports2026-07-23

Deep reinforcement learning-based resource recommendation system for ideological and political education

Zixuan Song, Lianxin Geng, Xiao Wang, Xiaoke Gong

In the context of developments in digital education and artificial intelligence technologies, ideological and political education (IPE) scenarios (e.g., university teaching, enterprise training, and community practice) generate growing demands for accurate resource recommendation…

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openalexScientific Reports2026-07-24

Recognition of everyday activities using experiment data from wearable sensors: a deep learning-based framework

William Son Galanza, Steven Schmidt, Sofi Fristedt, Nebojsa Malesevic

Abstract Tracking everyday activities is vital for detecting changes in older adults’ health, allowing timely support to promote well-being. Wearable sensors and deep learning provide continuous monitoring, making them a supportive tool in detecting such changes. However, a more…

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crossrefScientific Reports2026-06-15

Hybrid fusion of E-nose and computer vision using optimized deep learning and machine learning for robust plant leaf recognition

Pouya Bohlol, Mohammad Hasan Sabet Dizavandi, Syed Saeid Mohtasebi, Mahmoud Omid

Abstract The fusion multi-sensory system with optimized deep learning and machine learning algorithms appeared to synergize difficult paradigms in precision agriculture and boost recognition of various plant species. In this study, an electronic nose (E-nose) system with eight MO…

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openalexScientific Reports2026-07-26

Prediction of ground reaction force waveforms using consumer-grade wearable devices and a convolutional neural network

Yang Xiao, Li J, Haijun Dong

Estimating ground reaction forces (GRFs) with consumer-grade wearables could support accessible biomechanical monitoring outside laboratory settings. This study examined whether Apple Watch inertial measurement unit (IMU) signals could predict three-dimensional GRF waveforms duri…

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openalexScientific Reports2026-07-23

CT imaging-based radiomics and deep learning models for predicting chemotherapy response in advanced pancreatic cancer

Zhu Y, H J Zhou, Peng An, Yingfan Mao, Ziwei Nie, Yi-Xiang Wang, et al.

To investigate the value of radiomics and deep learning features derived from pre-treatment CT imaging in predicting the efficacy of chemotherapy in patients with advanced pancreatic cancer. The retrospective study included 207 patients with advanced pancreatic cancer from two me…

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