Abstract: A method and system for enhancing the display of computer-aided detection marks on a medical image without obscuring underlying details are disclosed. A medical image is obtained and processed by a computer-aided detection (CAD) algorithm. The image is displayed or printed with its corresponding CAD-detected regions superimposed on the image. In one embodiment, the characteristics of the CAD-detected region will be enhanced in order to emphasis the suspicious image features. In another embodiment, a region surrounding the CAD-detection regions will be brighten with enhanced contrast by brightening the pixels associated with that region as compared to the rest of the image so that region surrounding the CAD-detected region clearly stands out. When viewed on a display, the user can toggle the CAD-detected region enhancements on or off. Further, the CAD-detected regions can be cropped from the medical image to further improve the visibility of image attributes.

Abstract: This invention relates to a method and system for remotely monitoring computer-aided detection (CAD) system processing status. In film-based CAD systems digital images are created by a film digitizer, which is typically loaded with 50 or 100 films. Occasionally, film feeding errors occur which halt the digitization. This invention provides a method and system for detecting the stoppage and for notifying an operator who is not in the vicinity of the digitizer. Notification is accomplished by a variety of methods including pager, telephone, cell phone, and mobile computing devices. In addition to notification of stoppages, the operator may choose to be notified when a certain number of films remain to be processed. This allows the digitizer to be loaded with additional films before the CAD system completes processing of the originally loaded set of films. System efficiency is increased by eliminating idle intervals where the CAD system is stopped awaiting input data.