Abstract: An image viewing pipeline is provided as an independently releasable component of an image viewing application. Images are provided for viewing in the application using dedicated infrastructure for the image viewing pipeline that is separate from infrastructure used to provide other functionality of the image viewing application. The image viewing pipeline receives images from a DICOM image service and provides the images to a client application. The client application is operative to request images, process images, and cache images. The client application is further operative to satisfy individual image requests and may prefetch stacks of images using the image viewing pipeline.

Abstract: An analysis collaboration platform (ACP) that provides for the connection and management of one or more analysis services with input data and sources of data. The analysis service(s) may be an Artificial Intelligence (AI) service that receives input data, processes the input data, and provides results to a data store or an end-user. In a user-driven process, the ACP receives a request and provides input data to the analysis service. Analysis results are received in a results mode. In a data-driven process, the ACP operates to provide data directly to the analysis service(s), without user participation. In a training mode, the input data is training data, and the training data is generated by the end-user of the service application. The training data may also be incremental training data generated from the analysis results received by the end-user service application.

Abstract: A method for dynamic image rendering comprises receiving information indicative of a display resolution associated with a client device. The method also comprises determining that the display resolution of the client device is greater than a native resolution of a source image, and transmitting the source image at its native resolution. The method further comprises rendering an overlay at the display resolution associated with the client device, and transmitting the overlay to the client device.

Abstract: A scalable image viewing architecture that minimizes requirements placed upon a server in a distributed architecture. Image data is pushed to a cloud-based service and pre-processed such that the image data is optimized for viewing by a remote client computing device. The associated metadata is separated and stored, and made available for searching. 2D image data may be communicated and rendered by the remote client computing device; whereas 3D image data be rendered by the cloud-based service by imaging servers and communicated to client computing device.