-Features of the program:
It was developed as an easy-to-access environment anytime, anywhere through the web and apps. With the information entered, real-time 3D rendering and AR functions on the web can make segmentation and lesion information more realistic. Patient-specific REQ IDs are assigned to manage patient segmentation information on the server.
- main function :
DICOM file as a result of CT scan so that medical staff can request segmentation as a web environment
Ability to upload and deliver comments, a function to define / map a segmentation item through the web UI, a STL file that segmented the uploaded DICOM file according to the comment requested by the medical staff, and define the segmentation information as a 3D image on the web It provides a function to check the segmentation information requested by 3D images through the relevant web link through the ability to preview and send the created segmentation information as a link to the requested e-mail.
The patient can log in with the patient's unique number through the app to check the medical record list, select the relevant medical record list, check the 3D image and lesion information, and link the AR function to provide a more realistic image. .
- main function :
Ability to upload and send comments to the DICOM file as a result of CT shooting so that the medical staff can request the segmentation as a web environment, and the STL file segmenting the uploaded DICOM file according to the comment requested by the medical staff is segmented through the web UI The ability to define / map data, preview the defined segmentation information as 3D images on the web, and send the created segmentation information as a link to the requested medical staff via a link to allow the medical staff to convert the 3D video through the web link. Provides the function to check the requested segmentation information.
The patient can log in with the patient's unique number through the app to check the medical record list, select the relevant medical record list, check the 3D image and lesion information, and link the AR function to provide a more realistic image. .
- How to use :
Access the Segmentation Request page through the web address in the web browser, click the DICOM file upload button, select the DICOM file to upload from the file browser, and click the OK button to register the DICOM file list. Then, fill in the relevant information (e-mail address, segmentation comment, hospital name, patient information, etc.) on the rest of the UI and click the request completion button to send the file and information to the DB and server.
After receiving the DICOM file uploaded to the folder created with the patient's request id name on the server, access the request result page through a web browser, refer to the segmentation comment contents, proceed with the segmentation, and select the result STL file from the request result page and list it After registering and adding the segmentation information to map with the corresponding file through the request result page UI, map it with the registered STL file and click the upload file button to upload the registered STL file and segmentation information to the server. After that, check the segmentation result with the web 3D image through the preview button, and then click the final confirmation button to complete. Then, the segmentation comment and the preview web link address are sent to the registered medical staff's e-mail address on the request page, so the medical staff can check the results of the request through the web.
It was developed as an easy-to-access environment anytime, anywhere through the web and apps. With the information entered, real-time 3D rendering and AR functions on the web can make segmentation and lesion information more realistic. Patient-specific REQ IDs are assigned to manage patient segmentation information on the server.
- main function :
DICOM file as a result of CT scan so that medical staff can request segmentation as a web environment
Ability to upload and deliver comments, a function to define / map a segmentation item through the web UI, a STL file that segmented the uploaded DICOM file according to the comment requested by the medical staff, and define the segmentation information as a 3D image on the web It provides a function to check the segmentation information requested by 3D images through the relevant web link through the ability to preview and send the created segmentation information as a link to the requested e-mail.
The patient can log in with the patient's unique number through the app to check the medical record list, select the relevant medical record list, check the 3D image and lesion information, and link the AR function to provide a more realistic image. .
- main function :
Ability to upload and send comments to the DICOM file as a result of CT shooting so that the medical staff can request the segmentation as a web environment, and the STL file segmenting the uploaded DICOM file according to the comment requested by the medical staff is segmented through the web UI The ability to define / map data, preview the defined segmentation information as 3D images on the web, and send the created segmentation information as a link to the requested medical staff via a link to allow the medical staff to convert the 3D video through the web link. Provides the function to check the requested segmentation information.
The patient can log in with the patient's unique number through the app to check the medical record list, select the relevant medical record list, check the 3D image and lesion information, and link the AR function to provide a more realistic image. .
- How to use :
Access the Segmentation Request page through the web address in the web browser, click the DICOM file upload button, select the DICOM file to upload from the file browser, and click the OK button to register the DICOM file list. Then, fill in the relevant information (e-mail address, segmentation comment, hospital name, patient information, etc.) on the rest of the UI and click the request completion button to send the file and information to the DB and server.
After receiving the DICOM file uploaded to the folder created with the patient's request id name on the server, access the request result page through a web browser, refer to the segmentation comment contents, proceed with the segmentation, and select the result STL file from the request result page and list it After registering and adding the segmentation information to map with the corresponding file through the request result page UI, map it with the registered STL file and click the upload file button to upload the registered STL file and segmentation information to the server. After that, check the segmentation result with the web 3D image through the preview button, and then click the final confirmation button to complete. Then, the segmentation comment and the preview web link address are sent to the registered medical staff's e-mail address on the request page, so the medical staff can check the results of the request through the web.
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