Company Filing History:
5 out of 21,384 
1 out of 832,843 Years Active: 2010-2013
Title: Inventor Gundolf Kiefer: Innovating Medical Imaging
Introduction
Gundolf Kiefer, an esteemed inventor based in Aachen, Germany, has made significant contributions to the field of medical imaging. With a total of six patents to his name, Kiefer's innovations focus on enhancing image processing methods, specifically in the integration of high resolution and low resolution image data.
Latest Patents
Kiefer's latest patents include a groundbreaking method for displaying high resolution image data together with time-varying low resolution image data. This method allows for seamless display of merged images by utilizing a First In First Out (FIFO) buffer system. The design not only merges structural and functional image data but also ensures a smooth frame rate, enhancing the usability of medical imaging systems.
Another noteworthy patent introduced by Kiefer is the adaptive image interpolation for volume rendering. This innovation allows for variable sampling frequencies in ray casting, generating projection images with improved quality. By performing interpolation for skipped pixels derived from 3D volume data, his method enhances the overall clarity of medical images.
Career Highlights
Throughout his career, Kiefer has worked with prominent companies, including Koninklijke Philips Corporation. His expertise has directly contributed to advancements in medical imaging technology, impacting both research and practical applications.
Collaborations
Kiefer has collaborated with notable professionals in the field, such as Helko Lehmann and Jurgen Weese. These collaborations have fostered innovation and growth in the realm of medical imaging, encouraging the exchange of ideas and expertise.
Conclusion
Gundolf Kiefer's contributions to medical imaging through his patented inventions highlight the importance of innovation in advancing healthcare technology. With multiple patents and impactful collaborations, Kiefer continues to shape the world of imaging, ensuring that both high and low resolution data can be utilized effectively for improved medical outcomes.