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This work uses artificial intelligence algorithms to realize automatic identification, positioning and segmentation of spinal vertebral bodies, intelligently classify the fractures of each vertebral body, and finally automatically generate an image diagnosis report of the injured person including which vertebral body and its fracture classification information (see Fig.
1 )
It can realize fully automatic and intelligent diagnosis of vertebral fractures only with the help of CT data of the injured, providing an effective method for objective and accurate diagnosis of spinal fractures.
Zhang Rui and Shi Wei from the Suzhou Institute of Medical Technology of the Chinese Academy of Sciences were commissioned by the Criminal Investigation Corps of the Beijing Municipal Public Security Bureau to cooperate with Beijing Jishuitan Hospital to develop an automatic AI imaging workstation for vertebral fractures using big image data
.
This work uses artificial intelligence algorithms to realize automatic identification, positioning and segmentation of spinal vertebral bodies, intelligently classify the fractures of each vertebral body, and finally automatically generate an image diagnosis report of the injured person including which vertebral body and its fracture classification information (see Fig.
1 )
The AI imaging workstation for vertebral fractures established in this project does not require any forensic intervention.
It can realize fully automatic and intelligent diagnosis of vertebral fractures only with the help of CT data of the injured, providing an effective method for objective and accurate diagnosis of spinal fractures.
Figure 1.
Figure 2.
