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We also offer software custom design services for medical image processing applications including video endoscopy, ultrasound, ophthalmology, video nystagmography and X-Ray. Testing software and library for Windows-7/8/10 and Linux Ubuntu/CentOS.Compatible with Olympus, Fujinon, Pentax, Aohua, Karl Storz, etc.Ability to do image enhancement in off-line for prerecorded video and DICOM files.RAW to DICOM converter to save uncompressed video in DICOM format.CompareView mode for online comparison of raw and image enhanced video streams (under development).Software for correction of radial distortion (under development).captured images (BMP, TIFF, JPEG) or DICOM files.Input signals from any endoscopy videoprocessor or camera.DICOM, image and video files from HDD/SSD/RAID.Olympus Evis Exera II, Evis Exera III video processors.
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And highly appreciate your support and consideration. We always take customer’s interest first. Here you can see an example of endoscopy image enhancement method By its unique software processing system, the operator can observe the condition of trouble spot & uncertain part, and conduct nondestructive detect of pipeline wall. Thus we show the enhanced and the original image at the same time and doctors can clearly see the results of image enhancement methods (temporal filtering, undistortion and color normalization). We have designed a software for realtime endoscopic image enhancement: conventional video endoscopy system was extended by a computer and a second monitor. Currently, only hardware-based image enhancement methods are used and doctor can see either raw or image enhanced video. This method might complement high-resolution endoscopy by facilitating the assessment of the nature and extent of gastrointestinal mucosal lesions.ĭuring endoscopic operations the surgeon usually works without direct visual contact with the operation area and operation situs is displayed on a monitor. Preliminary clinical tests show that computed virtual chromoendoscopy enhances the vascular network as well as the pit pattern. That imaging approach is based on narrowing the bandwidth of the conventional or HD endoscopic image or video with the aid of digital image processing. These image enhancement techniques are intended to assist in diagnosing and further characterizing lesions in the GI tract.Ĭomputed virtual chromoendoscopy enhances the contrast of the mucosal surface without the use of dyes. Nowadays technology based on narrow-band imaging, multi-band imaging, image enhancement, image filtering, color processing and virtual chromoendoscopy gives doctors opportunity to do medical diagnostics more informative and more reliable. We design software for medical imaging applications, particularly for endoscopy video processors from Olympus, Pentax and Fujinon. Software for Image Enhanced Endoscopy (IEE)