company. Honey - Ray. offers a radiological information system. Archimedes. The site contains very detailed information about decision. Next - quote from the site.
Radiological Information System (RIS ) was created to enhance the effectiveness and efficiency of treatment and diagnostic process, based on consideration and analysis of radiation, ultrasound and endoscopic studies in automated workplaces (AWP ), physicians.
RIS is designed for full automation of diagnostic x-ray rooms, tomography and ultrasound, angiography, and endoscopic methods of research and represents a set of workstations in a single local area network. At the same time for a more complete and efficient use of modern high-performance and expensive diagnostic equipment, this equipment is connected to the network via computer hardware and software systems that are part of AWP.
ARM diagnostician is a software and hardware solution based on IBM-compatible personal computers, hardware dual analog ( video channel ) or digital (DICOM3. 0) interfaces with diagnostic equipment ( X-ray and angiography machines, ultrasound scanners, imagers of various types, installation and video endoscope, etc.).
RICE is the basis for the creation of an automated information system for medical institution as a whole on the basis of electronic medical records, and inpatient electronic medical record outpatient.
In addition to the actual functions of the medical information system, RIS Archimedes provides the image processing functions:.
viewing ' live ' images on a PC monitor, freezing images;.
viewing on a PC monitor simultaneously at 4, 8, 16, 24 and 32 images;.
View recorded a series of images;.
drawing on an image arrow - pointer with explanatory text;.
export / import images in various formats: Dicom, BMP, JPG, TIFF and others;.
customize system desktop to render images on the number of rows and columns;.
split screen to compare the series;.
view DICOM - information;.
change the contrast and brightness;.
color conversion on the table - the choice of one of the following types of changes the brightness of pixels in the image: linear, logarithmic, exponential, S-shaped, colored (3 palettes );.
coloring of the threshold / cut-off at the threshold;.
invert;.
rotate images at any angle;.
application of large-scale grid on the image;.
scale change ( increase and decrease );.
installation of an image tag in the form of a cross with the calculation of the coordinates;.
Linear and volumetric measurement ( perimeter, area, volume );.
construction and measurement of angles;.
basic methods of 2D- and 3D- reconstruction;.
calculation of statistical characteristics: the cut -intensity histogram of brightness;.
selection of zones of interest and determination of their numerical characteristics;.
calculation of the density;.
Filtering: the high-frequency, optimal, smoothing the image while preserving edges by means of low-frequency filters - the median and anisotropic diffusion;.
addition, subtraction, overlay images, the calculation for the difference of two images, background subtraction, etc.
The solution acts as an application for OS Windows. Among other things, the possibility of deferred realized telemedicine consultations.
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