Depth detail level adjustment of multi-dimensional image data with a client/server-based image rendering system

Abstract

The invention relates to image archive, image retrieval and image coloring system based on client computer or server for storing, calling and graphing visual multi-dimensional digital image data. For example, the doctor can check and diagnose the image data of displayed internal organ, skeleton and muscle organization of awaiting inspection patient. The invention relates to display screen client and the method executed by it for setting detail level of stereo image data displayed by graph and received by data transport network. Constringent stereo data of awaiting displaying object is stored in the database visited directly only by server management with as much as possible slender resolution predetermined by the image system. Stereo data is provided by detail level changing with position especially, being special to region or object with the constringent form, and transported to the display screen client and displayed by the graph on it. Furthermore, image coloring and treatment algorithm after graphing can be executed on the server.

Description

technical field [0001] The present invention generally relates to a client / server based image archiving, image retrieval and image coloring system for storing, recalling and graphically visualizing multi-dimensional digital image data, such as may be used in the clinical field by doctors to display images of patients to be examined Image data of internal organs, bone and muscle tissue for examination and diagnosis. The invention here relates in particular to a display screen client and a method executed by it for setting the level of detail of stereoscopic image data (stereoscopic data) displayed in graphical form received via a data transmission network. Background technique [0002] Currently available image archiving systems that work according to the "Picture Archiving and Communication System (PACS)" standard standardized by ANSI store the digital image data of two-dimensional images directly in the storage area of ​​the corresponding imaging modality (e.g. Such as raw...

AI Technical Summary

Problems solved by technology

Additionally, traditional PACS systems do not provide means for level-of-detail (LOD)-based navigation and visualization

[0010] Geographical Information Systems (GIS) suffer from similar problems to current visualization systems for graphically displaying medical image data: since in both cases large amounts of vector data (e.g. involving the position, size, , temperature and land cover, etc.)

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