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A Comparison of Saliency Methods for Deep Learning Explainability.

, , , , , , и . DICTA, стр. 1-8. IEEE, (2021)

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When to Use Augmentation - Variability Insufficient for Cortical Thickness Estimation Improvement., , , , , , , и . ISBI, стр. 1-5. IEEE, (2023)A Comparison of Saliency Methods for Deep Learning Explainability., , , , , , и . DICTA, стр. 1-8. IEEE, (2021)A Method for Reducing Secondary Field Effects in Asymmetric MRI Gradient Coil Design., , , и . IEEE Trans. Biomed. Eng., 63 (5): 924-932 (2016)Detail Matters: High-Frequency Content for Realistic Synthetic MRI Generation., , , , , , и . SASHIMI@MICCAI, том 12965 из Lecture Notes in Computer Science, стр. 3-13. Springer, (2021)Lesser of Two Evils Improves Learning in the Context of Cortical Thickness Estimation Models - Choose Wisely., , , , , , и . DALI@MICCAI, том 13567 из Lecture Notes in Computer Science, стр. 33-42. Springer, (2022)Quantifiable brain atrophy synthesis for benchmarking of cortical thickness estimation methods., , , , , , , , и . Medical Image Anal., (2022)Advanced modelling and optimization of gradient coils and their physical behaviour in traditional and paired MRI systems. University of Queensland, Australia, (2017)Neuronal population biomarkers of temporal difference learning in human impulsive choices., , , , и . MCSoC, стр. 297-300. IEEE, (2022)Information transfer along the ventral auditory processing stream in the awake macaque., , , и . EMBC, стр. 5178-5181. IEEE, (2012)Neuronal activity in human anterior cingulate cortex modulates with internal cognitive state during multi-source interference task., , , , , , , , , и 1 other автор(ы). EMBC, стр. 962-965. IEEE, (2017)