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Dr. Peter Kohlmann
Key Scientist eHealth Solutions
Fraunhofer Institute for Digital Medicine MEVIS
CuraMate (formerly known as SATORI) is our cutting-edge toolkit designed for efficient annotation, segmentation, and image feature quantification.
It provides highly customizable annotation forms, intuitive interactive contouring tools, and fully automated segmentation algorithms, allowing for a versatile approach to various annotation tasks. CuraMate aims to guide collaborating users with different roles through their work effectively once a reader study is properly set up and configured, while also ensuring that preventable errors are avoided.
Finally, CuraMate integrates seamlessly with components for training and inference of Deep Learning models. A standout feature is the integrated training loop, enabling users to enhance neural networks continuously by iteratively adding new training data and correcting errors in previous algorithmic outputs.
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The CuraMate frontend provides a range of features designed for viewing and analyzing medical images. Moreover, CuraMate includes a visual trial editor and a code server for setting up a new image-based trial in a straightforward way.
CuraMate handles various medical imaging modalities with standard-compliant import/export.
Easily incorporates custom or public segmentation algorithms for anatomical or pathological structures.
Offers state-of-the-art interactive segmentation and correction of relevant structures.
Ensures efficient workflows for case management.
CuraMate offers valuable benefits for stakeholders conducting reader studies with medical image data.
Pharmaceutical Companies & Contract Research Organizations
Clinicians & Researchers
Furthermore, our CuraMate training loop benefits both commercial and non-profit research organizations in developing data-driven algorithms, particularly AI segmentation models.
Our interactive training loop accelerates data curation for training segmentation models. It reduces annotation labor costs and enables the use of larger datasets, leading to more robust AI models.