In booth 6910 of the North Building, Hall B, ContextVision plans to demonstrate its portfolio of imaging enhancement software solutions for ultrasound at this year’s annual meeting of the Radiological Society of North America. The company has made significant upgrades across its product range.
GOPiCE 2.0 is the second generation of ContextVision’s unique 3D/4D image enhancement software, representing the only product on the market for real-time volumetric image processing for ultrasound. New to the software is the ability to optimize for different visualization techniques, both MPR and rendered view; intelligent near- and far-field processing; and the utilization of information from adjacent planes in the 3D volume.
ContextVision will also be showcasing REALiCE, the company’s versatile visualization software incorporating GOPiCE 2.0. True-to-data rendering technology provides unique views of anatomies, including photo-like images, and supports early fetal diagnosis. With clearer imaging, standard fetus measurements become more accurate. New to REALiCE are the Skeletal View, Surface Rendering View and Depth Color Coding View. The improved Photographic View for REALiCE will also be presented at RSNA, which has proved more accurate than the first generation of the feature.
US PLUSView 2.0 is ContextVision’s fifth generation 2D enhancement product; the company has applied advanced temporal filtering, including motion compensation. Also new to the US PLUSView technology is an upgraded doctors’ interface, enabling ultrasound manufacturers to adjust image quality to the customers’ preferences, or provide a user interface directly to clinicians.
Also on display will be the GOPView XR2Plus, which includes an exposure index that automatically monitors the digital x-ray system to deliver accurate exposure measurements to patients. Additionally, the tuning tools incorporated into GOPView XR2 Plus allow manufacturers to maintain and improve the control of the image processing parameters for optimal customer satisfaction.
For more information, visit ContextVision.