It can access image files from the local disks, or network connection. This application provides near-diagnostic quality display of cardiac images stored as DICOM 3.0 files via a web browser and provides a set of resources that allows the viewing of still and dynamic images. In this work we present a web-based application that carries out these tasks with robustness and excellent performance, without burdening the server and network. In addition, other difficulty is handling large images in memory by any existing personal computer, including thin clients. In Cardiology, for example, the main difficulty is to display dynamic images with the appropriated color palette and frame rate used on acquisition process by Cath, Angio and Echo systems. Thus, the management and handling of medical images in digital format has become an important and critical task. With the advent of the digital devices for medical diagnosis the use of the regular films in radiology has decreased. High-performance web viewer for cardiac images We analyzed the relationship and the conditions for the multiple viewers, and verified them by the implementation of two- viewer tracking integral imaging system. For multiple viewers to watch integrated three-dimensional images in the tracking integral imaging system, it is needed to formulate the relationship between the multiple viewers' positions and the elemental images.

Our tracking integral imaging system is implemented with an infrared camera and infrared light emitting diodes which can track the viewers' exact positions robustly. In the tracking integral imaging system, the pickup angles in each elemental lens in the lens array are decided by the positions of viewers, which means the elemental image can be made for each viewer to provide wider viewing angle and larger viewing zone. We propose a multi- viewer tracking integral imaging system for viewing angle and viewing zone improvement. Park, Gilbae Jung, Jae-Hyun Hong, Keehoon Kim, Yunhee Kim, Young-Hoon Min, Sung-Wook Lee, Byoungho Multi- viewer tracking integral imaging system and its viewing zone analysis. In this paper, we introduce our work of implementing a three-tiered architecture enterprise viewer in Huzhou Central Hospital to integration all existing medical information systems using limited resource. Although several integration standards had been proposed to meet this challenger, none of them is fit to Chinese hospitals. But the higgledy-piggledy evolution of most hospital computer systems makes it hard to integrate all these clinical records.

The idea behind hospital information systems is to make all of a patient's medical reports, lab results, and images electronically available to clinicians, instantaneously, wherever they are. Li, Haomin Duan, Huilong Lu, Xudong Zhao, Chenhui An, Jiye

Integrating all medical records to an enterprise viewer. DICOM image file and also will have additional features such as zoom in, zoom out, black and white inverter, magnifier, blur, B/W inverter, horizontal and vertical flipping, sharpening, contrast, brightness and. Main objective is to develop a DICOM image viewer. So the image may get separated from the details, but DICOM file format stores the patient's information and the image details. The other image viewers cannot collectively store the image details as well as the patient's information. It was developed by the DICOM Standards committee. The National Electrical Manufacturers Association holds the copyright to this standard. Image Viewer using Digital Imaging and Communications in Medicine (DICOM)Дigital Imaging and Communications in Medicine is a standard for handling, storing, printing, and transmitting information in medical imaging.

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