CTDIperiphery

CTDIperiphery is an open-source project focused on developing and maintaining a collection of tools and libraries designed to enhance the capabilities of the CTDI (Computed Tomography Dose Index) system. The project aims to provide developers and researchers with resources to improve dose measurement, monitoring, and management in computed tomography (CT) imaging.

The initiative was launched to address gaps in existing CT dose management solutions, particularly in areas such as real-time dose tracking, automated reporting, and integration with medical imaging workflows. By offering modular components, CTDIperiphery seeks to facilitate customization and scalability for different clinical environments.

Key features of the project include dose calculation algorithms optimized for various CT scanner models, interfaces for data acquisition from DICOM (Digital Imaging and Communications in Medicine) systems, and visualization tools for analyzing dose metrics. The platform also supports interoperability with other healthcare information systems, enabling seamless data exchange.

CTDIperiphery is developed under a permissive open-source license, allowing widespread adoption and modification by the medical and research communities. The project encourages collaboration through public repositories, issue trackers, and community-driven contributions. While primarily focused on technical development, the project emphasizes compliance with radiation safety standards and best practices in CT imaging.

The initiative has gained attention among radiologists, physicists, and engineers working to reduce unnecessary radiation exposure in CT scans. By promoting transparency and standardization in dose measurement, CTDIperiphery contributes to safer imaging practices and improved patient care. The project continues to evolve through ongoing development and community engagement.