Abstract: This invention discloses a novel system and method for transaction document management where personnel from two sides of a business transaction involving one or more documents that constitute the transaction can interact with the system in order to automate the process of tracking executed signature pages associated with the documents. In addition, the system and method automates the tracking of exceptions to at least one of the documents and associating the exception with one or more documents comprising due diligence documents that may also reside on the system.

Abstract: This invention discloses a novel system and method for transaction document management where personnel from two sides of a business transaction involving one or more documents that constitute the transaction can interact with the system in order to automate the process of tracking executed signature pages associated with the documents. In addition, the system and method automates the tracking of exceptions to at least one of the documents and associating the exception with one or more documents comprising due diligence documents that may also reside on the system.

Abstract: The claimed invention uses a combination of Natural Language Processing and Machine Learning as an automated data extractor to automatically extract features from unstructured medical reports in order to ensure compliance with QPP measures by using the extracted features to calculate service quality levels.

Abstract: This invention discloses a novel system and method for transaction document management where personnel from two sides of a business transaction involving one or more documents that constitute the transaction can interact with the system in order to automate the process of tracking executed signature pages associated with the documents. In addition, the system and method automates the tracking of exceptions to at least one of the documents and associating the exception with one or more documents comprising due diligence documents that may also reside on the system.

Abstract: This invention discloses a novel system and method for tracking the capture of mobile device tickets in the form of visual validation objects in efforts to prevent fraud or re-use of the ticket.

Abstract: A video display device adapted for video conferencing where a camera is placed in the line of sight of the screen. If both users of a video conference are using this device, they will look straight at each other and one will appear to be looking directly into the other's face.

Abstract: A system for presenting a media event on a computer display device is disclosed, where the audience for the media event are represented by avatars that are displayed on the user's computer as geometric shapes or bubbles that float about the region surrounding the window presenting the event. System logic determines which of the audience bubbles are visible in the space and further causes avatars for advertising to appear. In one embodiment the viewing user can select which other users are visible on their screen based on user selectable filtering inputs. A moderating panel function permits a performing artist to control what content, advertising and merchandising is displayed as part of the event and the surrounding user environment.

Abstract: A video display device adapted for video conferencing where a camera is placed in the line of sight of the screen. If both users of a video conference are using this device, they will look straight at each other and one will appear to be looking directly into the other's face.

Abstract: The color accentuation method determines the relative magnitude of each color component in each pixel or area. It selects and adjusts the magnitude of one or more of the colors as a function of the determined relative magnitudes of each color component. The type and amount of the adjustment is a function of the relative magnitude differences. One or more of the magnitudes is adjusted to change the relative magnitudes. Typically, the difference in a subtractive color space is between the lowest and middle magnitude color and in an additive color space is between the highest and the middle magnitude color. Also, typically, the lowest color component is reduced in the subtractive color space and the highest is increased in the additive color space. Various scaling functions and compensations or adjustments of the color accentuation may be used.