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Subjects: Cone Beam CT; Image guided radiotherapy; Intra-fractional motion
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Source:
Klucznik, K A, Ravkilde, T, Skouboe, S, Møller, D S, Hokland, S, Keall, P, Buus, S, Bentzen, L & Poulsen, P R 2025, 'Cone-beam CT-based estimations of prostate motion and dose distortion during
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Subjects: Active learning; Deep learning; Gliomas
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Source:
Boehringer, A S, Sanaat, A, Arabi, H & Zaidi, H 2023, 'An active learning approach to train a deep learning algorithm for tumor segmentation from brain MR images', Insights into Imaging, vol. 14, 141.
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Subjects: Computed tomography; CT localizer; Deep learning
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Source:
Salimi, Y, Shiri, I, Akavanallaf, A, Mansouri, Z, Arabi, H & Zaidi, H 2023, 'Fully automated accurate patient positioning in computed tomography using anterior–posterior localizer images and a deep
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Source:
Sarhan, A, Swift, A, Gorner, A, Rokne, J, Alhajj1, R, Docherty, G & Crichton, A 2021, 'Utilizing a responsive web portal for studying disc tracing agreement in retinal images', PLOS ONE, vol. 16, no.
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Subjects: dark energy theory; Machine learning
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Source:
Thing, M E & Koksbang, S M 2025, 'cp3-bench : a tool for benchmarking symbolic regression algorithms demonstrated with cosmology', Journal of Cosmology and Astroparticle Physics, vol. 2025, no. 1,
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Subjects: amyloid; deep learning; dual-tracer imaging
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Source:
Sanaat, A, Hu, Y, Boccalini, C, Salimi, Y, Mansouri, Z, Teixeira, E P A, Mathoux, G, Garibotto, V & Zaidi, H 2025, 'Tracer-Separator : A Deep Learning Model for Brain PET Dual-Tracer ( 18 F-FDG and
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Subjects: Anomaly detection; Calibration; Outlier detection
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Source:
Röchner, P, Marques, H O, Campello, R J G B & Zimek, A 2024, 'Evaluating outlier probabilities : assessing sharpness, refinement, and calibration using stratified and weighted measures', Data Mining
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