Abstract: A system obtains health data corresponding to a plurality of patients from one or more first data sources and occupational data from one or more second data sources. The system processes the health data and the occupational data to identify at least one patient of a plurality of patients for inclusion in a behavioral modification program for a health condition of the patient. The system also generates graphical user interfaces of the behavioral modification program for display at a client device to display content associated with the health condition. The system monitors user interactions with the content and integrates additional content based on the monitored user interactions.

Abstract: Aspects of the present disclosure involve various algorithms and mechanisms to automatically process large amounts of claims data in real-time and automatically identify patients as potential participants for inclusion into a health care and behavior modification treatment regime based on the processed claims data.

Abstract: Provided and described herein are, e.g., exemplary embodiments of systems, methods, procedures, devices, computer-accessible media, computing arrangements and processing arrangements in accordance with the present disclosure related to body signature recognition and acoustic speaker verification utilizing body language features. For example, certain exemplary embodiments can include a computer-accessible medium containing executable instructions thereon. When one or more computing arrangements executes the instructions, the computing arrangement(s) can be configured to perform certain exemplary procedures, including (i) receiving first information relating to one or more visual features from a video, (ii) determining second information relating to motion vectors as a function of the first information, and (iii) computing a statistical representation of a plurality of frames of the video based on the second information.

Abstract: A system, method, software arrangement and computer-accessible medium are provided for tracking moveable objects, such as large balls, that a group of participants can interact with. For example, the motion of the objects may be used to control or influence the motion of certain virtual objects generated in a virtual environment, which may interact with other virtual objects. The virtual objects and their interactions may be used to generate video information, which can be displayed to the participants and which may indicate the occurrence of certain game-related events. Audio information may also be generated based on the interactions, and used to produce sounds separately from or in conjunction with the virtual objects.