QA for Artificial Intelligence

Artificial intelligence is becoming an integral part of modern radiology workflows. Yet AI systems are highly sensitive to variations in imaging data caused by different scanners, protocols, reconstruction methods, and software updates. Quality assurance provides a standardized way to evaluate and monitor AI performance, helping ensure reliable and consistent results in clinical practice.

Comprehensive QA phantoms for your AI performance monitoring

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AI VALIDATION

 

Phantoms designed to validate AI software output.

We supply phantoms with anatomical detail and pathologies to validate and monitor AI software for clinical imaging.

AI quality control can accelerate and improve the deployment of reliable AI for better workflow efficiency and patient care.

 

✓ End-to-end verification of AI software along with the entire imaging chain

✓ Reproducibility and diagnostic performance under varying imaging conditions

✓ Benchmarking of network architectures and software solutions

AI Development

Phantom scan data for the development of AI applications.

Our phantoms can be used to generate abundant scan data with full control of anatomy, pathology, dose, imaging technology, and image reconstruction for the training of AI applications.

Real-life scan data can accelerate and improve the development of reliable AI applications for clinical imaging.

 

✓ Anatomical and pathological detail under various imaging conditions

✓ Inclusion of scarce data on rare pathologies and imaging conditions

✓ AI image quality enhancement and diagnostic AI applications

Example of AI trained on phantom data to denoise images.

Network deployment

Denoising AI network trained on phantom data

Clinically Realistic Phantoms for End-to-End Imaging and AI QA

PhantomX supplies a new generation of highly realistic phantoms for clinical imaging and AI in medical imaging. Advanced technologies, innovation and and science are used to create optimal solutions for clinical diagnostic workflows. Accelerated development, improved diagnostic outcomes and reliable AI deployment can improve patient care, efficiency and accessibility in diagnostic imaging. 

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