Abstract: Aspects provided herein are relevant to systems, methods, and techniques for classifying relationships between people (e.g., users of a platform or ecosystem) based on relationship data. In an example, the relationship data can be provided as input into a two-layer classification framework in which the first layer acts a filter for the second layer. The framework can identify relationships such as a self-relationship (e.g., two different accounts on the platform are operated by the same person), a non-self, family-member relationship (e.g., two users are different people but part of the same family), and a non-family-member relationship (e.g., the two users are different people and not part of the same family, such as coworkers or roommates).

Abstract: Described herein are techniques for enabling a patient to pre-register for a medical visit to a healthcare facility (e.g., a hospital) online. Also described herein are techniques that enable a hospital staff to pre-process a patient's pre-registration intake forms before the patient arrives for the medical visit at the healthcare facility. With some of the described techniques, the patient's pre-registration intake forms may have been customized to match the needs and desires of the healthcare facility, its departments, and/or the healthcare providers (e.g., nurses, physicians, etc.) taking care of the patient during the visit.

Abstract: A connection component generates a user interface for display to a patient computing device. The user interface provides the patient computing device with access to hospital visit records of the patient maintained in a hospital database. The user interface may further receive selection of a care provider by the patient for granting the care provider electronic access to the patient's hospital visit records.

Abstract: A connection component establishes an identity of a person for permitting access to information in a database. Responsive to establishing the identity of the person, the connection component may link an external account to the information in the database for providing a flow of information between the database and the external account.

Abstract: The present automatic update mechanism provides a method for determining whether computer-readable components loaded within a memory device are at a level of protection specified for protected content that a media application is attempting to process. If a current level of protection provides lower protection that the level specified, a file is updated to achieve at least the level of protection specified by the protected content. Updating the file to achieve the level of protection is performed in a manner that minimizes rebooting of a computing device.

Abstract: The present automatic update mechanism provides a method for periodically checking for updates to support a trusted environment. During the periodic check, an indication from an update service is received if there is a recommended update. Upon receiving the indication, a new revocation list is downloaded from the update service and saved as a pending revocation list. The pending revocation list is then available for on-demand update when protected content requests a higher level of protection on a computing device than the protection provided by a current level of protection on the computing device.

Abstract: An Application programming interface (API) provides functions for generating applications, documents, media presentations and other content. These functions allow developers to obtain services from an operating system, object model service, or other system or service.

Abstract: The present automatic update mechanism provides a method for periodically checking for updates to support a trusted environment. During the periodic check, an indication from an update service is received if there is a recommended update. Upon receiving the indication, a new revocation list is downloaded from the update service and saved as a pending revocation list. The pending revocation list is then available for on-demand update when protected content requests a higher level of protection on a computing device than the protection provided by a current level of protection on the computing device.

Abstract: The present automatic update mechanism provides a method for determining whether computer-readable components loaded within a memory device are at a level of protection specified for protected content that a media application is attempting to process. If a current level of protection provides lower protection that the level specified, a file is updated to achieve at least the level of protection specified by the protected content. Updating the file to achieve the level of protection is performed in a manner that minimizes rebooting of a computing device.

Abstract: An Application programming interface (API) provides functions for generating applications, documents, media presentations and other content. These functions allow developers to obtain services from an operating system, object model service, or other system or service.