The MSP bisects the human brain into two cerebral hemispheres. The detection of optimal MSP is based on a deep Hough plane network which combines the idea of Hough Transform based object detection with deep convolutional neural networks.
Sep 18, 2022 · The ideal midsagittal plane (MSP) approximately bisects the human brain into two cerebral hemispheres, and its projection on the cranial ...
Sep 17, 2022 · In this study, we propose an end-to-end deep Hough plane network (DHPN) for ideal MSP detection, which has four highlights.
The ideal midsagittal plane (MSP) approximately bisects the human brain into two cerebral hemispheres, and its projection on the cranial surface.
Ideal midsagittal plane detection using deep hough plane network for brain surgical planning. C Qin, W Zhou, J Chang, Y Chen, D Wu, Y Liu, M Feng, R Wang, W ...
The ideal midsagittal plane (MSP) approximately bisects the human brain into two cerebral hemispheres, and its projection on the cranial surface serves as an ...
In this study, we propose a novel standardized measurement model to quantify the distance and the overall volume of mid-surface shift (MSS-D, MSS-V).
Ideal Midsagittal Plane Detection Using Deep Hough Plane Network for Brain Surgical Planning · Author Picture Chenchen Qin. Tencent AI Laboratory, Shenzhen ...
Ideal midsagittal plane detection using deep hough plane network for brain surgical planning. C Qin, W Zhou, J Chang, Y Chen, D Wu, Y Liu, M Feng, R Wang, W ...
In this study, we propose an end-to-end deep Hough plane network (DHPN) for ideal MSP detection, which has four highlights. First, we introduce differentiable ...