Simulation of an Imaging Modality
Simple SummaryContent extracted from patent full text and abstract with AI.
This invention relates to a computer-implemented method for simulating medical imaging modalities (such as X-ray, MRI, or ultrasound) by using surface models of organs. The system generates simulated patient images by determining how fields, radiation, or mechanical waves would interact with a virtual organ model based on its shape and position. It allows the configuration of various parameters for different imaging modalities and produces realistic simulated images from a specific viewing direction.
Use CasesContent extracted from patent full text and abstract with AI.
- Training medical professionals in interpreting diagnostic images without using real patients
- Testing and calibrating new imaging devices or software algorithms
- Creating datasets for developing and validating artificial intelligence models in medical imaging
- Virtual planning and rehearsal for complex surgeries
- Patient-specific simulation for personalized diagnosis or preoperative analysis
BenefitsContent extracted from patent full text and abstract with AI.
- Reduces reliance on real patient data, enhancing privacy and ethics
- Improves medical training and education with realistic, risk-free scenarios
- Allows rapid prototyping and validation of new imaging devices and techniques
- Enables the generation of large, diverse datasets for machine learning applications
- Facilitates personalized and preoperative planning by simulating patient-specific scenarios
Technical Classifications (CPCs)
Main Classifications
Health, Food & Consumer Tech
Physics & Measurement
Sub Classifications
Information and Communication Technology for Specific Applications
Medical & Vet Science
CPC Codes
Inventors & Applicants
Inventors
Applicants
Univ Friedrich Alexander Er
Siemens Healthcare Gmbh
Patent Abstract
Gemäß einem computerimplementierten Verfahren zur Simulation einer Bildgebungsmodalität, deren Funktion auf einer Wechselwirkung von Feldern, Strahlung oder mechanischen Wellen mit abzubildendem Material basiert, wird ein Oberflächenmodell, welches eine Form und eine Pose wenigstens eines Organs durch eine geometrische Oberfläche beschreibt, bereitgestellt. Ein Parametersatz zur Konfiguration der Bildgebungsmodalität wird bereitgestellt und abhängig von dem Oberflächenmodell und dem Parametersatz wird eine Wechselwirkungsverteilung (5) bestimmt. Basierend auf der Wechselwirkungsverteilung (5) und einer vorgegebenen Blickrichtung wird ein simuliertes Patientenbild (6) erzeugt.
Key Information
Publication No.
DE102021210991A1
Family ID
85477466
Publication Date
2023-03-30
Application No.
DE102021210991A
Application Date
2021-09-30
Priority Date
2021-09-30
Granted
No
Possible Cooperation
For further information please contact the transfer office.