We propose a 2.5D convolutional neural network based on morphological differences in cerebral blood vessels and cerebral microbleeds.

Knowledge-guided 2.5D CNN for cerebral microbleeds detection ... Authors: Zhongding Fang; Rong Zhang; Lijun Guo; Tianxiang Xia; Yingqing Zeng; Xiping Wu. List of ...

Second, we propose a 2.5D convolutional neural network based on morphological differences in cerebral blood vessels and cerebral microbleeds. Specifically, we ...

Knowledge-guided 2.5D CNN for cerebral microbleeds detection · Zhongding Fang, Rongsheng Zhang, +3 authors. Xiping Wu · Published in Biomedical Signal Processing…

Knowledge-guided 2.5D CNN for cerebral microbleeds detection. Article. Sep 2023; BIOMED SIGNAL PROCES. Zhongding Fang · Rong Zhang · Lijun Guo · Xiping Wu.

Fang et al. [35] focused on generating heatmaps of CMBs by proposing a 2.5D CNN model to establish a priori knowledge base, addressing the redundant computation ...

Knowledge-guided 2.5D CNN for cerebral microbleeds detection. Article de revue · Zhongding Fang et al. - 2023/06/12, Biomedical Signal Processing and Control ...

Knowledge-guided 2.5D CNN for cerebral microbleeds detection. Article. Sep 2023; BIOMED SIGNAL PROCES. Zhongding Fang · Rong Zhang · Lijun Guo · Xiping Wu.

Knowledge-guided 2.5D CNN for cerebral microbleeds detection. Zhongding Fang, Rong Zhang, Lijun Guo, Tianxiang Xia, Yingqing Zeng, Xiping Wu. https://doi.org ...

Knowledge-guided 2.5D CNN for cerebral microbleeds detection · Medicine, Computer Science. Biomedical Signal Processing and Control · 2023.