RPI ID: 2016-047-401

Innovation Summary:
This invention presents a method for improving CT image reconstruction using a multi-contrast cost function. The system incorporates energy-sensitive data to enhance image quality and reduce artifacts. It is particularly effective in dual-energy and spectral CT imaging, where multiple contrast levels must be balanced. The approach improves material differentiation and diagnostic accuracy.

Challenges / Opportunities:
CT imaging often struggles with balancing contrast and resolution, especially in multi-energy systems. Traditional reconstruction algorithms may introduce artifacts or lose detail. This invention addresses these limitations by optimizing the reconstruction process using a novel cost function. It opens opportunities for more accurate and efficient CT diagnostics.

Key Benefits / Advantages:
✔ Enhanced image quality through artifact reduction and improved contrast
✔ Energy-sensitive optimization tailored for spectral and dual-energy CT
✔ Improved material differentiation for advanced diagnostic tasks
✔ Compatible with existing CT platforms for clinical integration

Applications:
• Spectral CT imaging
• Oncology and cardiovascular diagnostics
• Bone and soft tissue analysis
• AI-enhanced radiology

Keywords:
#CTreconstruction #multicontrastimaging #spectralCT #dualenergyCT #imageoptimization

Intellectual Property:
US Issued Patent 11,266,363 B2