advertisement
advertisement
HANNOVER MESSE 2019, 01 - 05 April
Homepage>Exhibitors & Products >Image Generation for Tomographic Process

Image Generation for Tomographic Process

Image Data Reconstruction Produces High-quality Results.

Logo Karlsruher Institut für Technologie

Exhibitor

Karlsruher Institut für Technologie

Exhibitor details
Exhibitor details
Logo Image Generation for Tomographic Process

Product description

Tomography determines the three-dimensional inner structure of a body by exposure to radiation, and displays it as a sectional view. Computerized X-ray tomography (CT), magnetic resonance tomography (MRT), and ultrasound computerized tomography are the best known procedures. In the classical procedures, images of a specimen are produced from various perspectives and superimposed by addition in such a way that a two- or three-dimensional image of the inner structures can be obtained. However, scatter and reflection signals are processed as noise, which disturbs the image and will lead to inferior quality of the results. Another disadvantage is the enormous number of source images needed for one reconstruction. They add to the time and, consequently, also to the costs of imaging. The Institute of Data Processing and Electronics (IBE) has developed a method of reconstructing images from reflection and scatter signals which produces higher-grade results from considerably fewer image data. This new process does not add the data, but computes the result by way of boundary conditions. The measured data as collected can be used to process not only straight-through beams but also reflections and scatter. From these data, such additional information is obtained as the rates of propagation and the absorptions in the materials under study, which is included in the computation by way of mathematical equations. The result of reconstruction are sharply defined structural images which do not need to be post-processed expensively, for instance by filtering. The procedure is a factor of ten faster in data acquisition, which not only reduces costs per measurement but also decreases the radiation exposure of the specimen. The results of reconstruction generate visibly better imaging results, which can be used in materials testing and in medical diagnosis. The KIT is looking for partners for industrial uses of the process.

Product website

Hall 2, Stand B16

(Main stand)

More products from Karlsruher Institut für Technologie

Show more

Stored items

0

Server communication error: Item could not be saved.