Abstract: An image transfer object is disclosed that provides the necessary mechanism to conduct a dynamic transfer operation. The image transfer object includes a static reference to dynamic data. The image data is “dynamic”, in that the user may request additional views of the image. An image recipient computer receives the static reference to identify a source image on a server, and generates a first request, based on the static reference, for a view of the source image to the server. In response, the server transmits data to the image recipient computer. The image recipient computer displays the first view of the source image for viewing by the user. The user may then select a different portion of the source image, and/or a different resolution to designate a second view of the source image. The image recipient computer generates a second request to the image server for the second view, and the image server transmits additional data to generate the second view of the source image.

Abstract: A user interface for a medical informatics system, which permits a physician to work with digitized medical images in a manner that the physician is accustomed to working with traditional analog film, is disclosed. The user interface includes a through a patient browser view to provide the ability to select studies, which consist of medical images and series, for patients. After selecting the studies, the user, through a patient canvas view, may then organize the studies as well as the images/series within the studies, including resizing the studies and the images/series within a study. The user may also pan and zoom images to view portions of an image at various resolutions. Furthermore, the user of the user interface may analyze the image by selecting to view the image in detail in a large floating window.

Abstract: An image collaboration system conducts resolution independent image collaboration among a host computer and participating client computers. The subject of the image collaboration involves at least one source image. The source image is transformed into a hierarchical representation, such that each level of the hierarchical representation is sufficient to reconstruct the source image at a given resolution. The host computer displays, at a first resolution, an image based on one or more of the source images. To conduct the resolution independent image collaboration, the host computer generates a resolution independent description of the image, which describes the first display image relative to the source image, and broadcasts the resolution independent description of the image to the participating clients. In response, the participating clients generate an image from the resolution independent description of the image at the host computer at a resolution sufficient for display at the participating clients.

Abstract: A user interface for a medical informatics system, which permits a physician to work with digitized medical images in a manner that the physician is accustomed to working with traditional analog film, is disclosed. The user interface includes a through a patient browser view to provide the ability to select studies, which consist of medical images and series, for patients. After selecting the studies, the user, through a patient canvas view, may then organize the studies as well as the images/series within the studies, including resizing the studies and the images/series within a study. The user may also pan and zoom images to view portions of an image at various resolutions. Furthermore, the user of the user interface may analyze the image by selecting to view the image in detail in a large floating window.