Container applications for the development and integration of virtual imaging platforms

Containerized environments enable cross-platform comparisons and hybrid approaches. In this work, Docker images provided all the resources to simulate and compare the outcomes in breast phantom and x-ray image simulations, ensuring their robustness and reproducibility. The integration of VICTRE and OpenVCT methods allowed for data augmentation and provided resources for selection of imaging methods. The work lays a foundation for future VIT advancements, ensuring that these resources remain credible, reproducible, and accessible to the research community.