Abstract: A method may include receiving location communications from multiple wearable devices that indicate locations of the multiple wearable devices. The method may also include determining the locations of the multiple wearable devices based on the location communications. The method may also include receiving a request communication from a wearable device of the multiple wearable devices that indicates that a user of the wearable device requests assistance.

Abstract: An intelligent medication dispenser provides automated dispensing of medication for personal use by a patient. The intelligent medication dispenser automatically detects and sorts refill medication and checks the accuracy of dispensed medication doses. The intelligent medication dispenser further enables direct communication between the patient and other stakeholders in the medical care process.

Abstract: A method may include receiving location communications from multiple wearable devices that indicate locations of the multiple wearable devices. The method may also include determining the locations of the multiple wearable devices based on the location communications. The method may also include receiving a request communication from a wearable device of the multiple wearable devices that indicates that a user of the wearable device requests assistance.

Abstract: A method may include receiving one or more of calendar data, user location data and third-party location data. The calendar data may include activity instructions that indicate that a mobile device be in a quiet mode during a particular activity included in the calendar data. The user location data may include user location instructions that indicate that the mobile device be in the quiet mode when the mobile device is at a particular location based on the particular location being of a particular location type. The third-party location data may include external request instructions that indicate that the mobile device be in the quiet mode when the mobile device is at a third-party location. The method may also include placing the mobile device in the quiet mode based on one or more of the activity instructions, the user location instructions and the external request instructions.

Abstract: A method may include receiving one or more of calendar data, user location data and third-party location data. The calendar data may include activity instructions that indicate that a mobile device be in a quiet mode during a particular activity included in the calendar data. The user location data may include user location instructions that indicate that the mobile device be in the quiet mode when the mobile device is at a particular location based on the particular location being of a particular location type. The third-party location data may include external request instructions that indicate that the mobile device be in the quiet mode when the mobile device is at a third-party location. The method may also include placing the mobile device in the quiet mode based on one or more of the activity instructions, the user location instructions and the external request instructions.

Abstract: In one embodiment, one or more computing devices receive an identifying feature of a target entity, the identifying feature requiring that the target entity to be in a line of sight of a camera for the camera to recognize the identifying feature; locate the target entity using the camera based on the identifying feature; and track the target entity using the camera based on the identifying feature.

Abstract: In accordance with the teachings of the present disclosure, a touch-screen device may include a touch-screen display and a display manager. The touch-screen display may include a display device configured to display at least one of graphical images and alphanumeric text and a touch sensor configured to detect a tactile touch proximate to the touch sensor. The display manager may be configured to receive an indication of a manifestation of a desire of a user of the touch-screen device to disable at least a portion of the touch sensor and in response to the indication, disable at least a portion of the touch sensor while maintaining a display present on the display device substantially similar to that immediately before the user manifested the desire to disable at least a portion of the touch sensor.

Abstract: An automobile may comprise a user interface, a ventilation system, a memory, and a controller. The user interface may be configured to detect presence of a user in the automobile. The ventilation system may comprise at least one vent, the at least one vent comprising an aperture comprising an opening configured to limit an amount of air that can pass through the at least one vent and at least one set of air flow fins configured to control a direction of air expelled by the at least one vent. The controller may be coupled to the memory, the user interface, and the ventilation system and configured to receive from the user interface an indication of the presence of the user, read desired ventilation settings associated with the user stored in memory; and communicate at least one signal to the ventilation system indicative of the desired ventilation settings.

Abstract: A method for providing telehealth services includes conducting a telehealth session between a provider and a patient, generating metadata associated with the telehealth session, and providing the metadata associated with the telehealth session to an auditing system for validating the telehealth session.

Abstract: According to some embodiments of the present disclosure, a method for travel notification comprises receiving travel information of a card user of a purchase card. The travel information indicates a destination of travel of the card user and a time period of travel to the destination. The method further comprises receiving card information indicating account information associated with the card and generating a computer readable travel notification file based on the travel information and the card information. The travel notification file includes travel confirmation information indicating whether travel by the card user likely occurred. The method also comprises communicating the travel notification file to a card issuer information handling system such that the card issuer information handling system modifies an account associated with the purchase card, based on the travel notification file, to allow use of the purchase card at the destination of travel during the time period of travel.

Abstract: According to some embodiments of the present disclosure a method for travel notification comprises receiving booking information associated with travel of a card user of a purchase card. The method further comprises parsing through the booking information to determine a destination of travel of the card user and a time period of travel to the destination. The method comprises receiving card information indicating account information associated with the card and generating a computer readable travel notification file based on the travel information and the card information. The travel notification file includes travel confirmation information indicating whether travel by the card user likely occurred. The method also comprises communicating the travel notification file to a card issuer information handling system such that the card issuer information handling system allows use of the purchase card at the destination of travel during the time period of travel, based on the travel notification file.

Abstract: According to some embodiments of the present disclosure, a method for modifying a purchase card account according to travel by a user of a purchase card comprises receiving, at a card issuer information handling system associated with a card issuer of a purchase card, a computer readable travel notification file. The travel notification file indicates a destination of travel of a card user of the purchase card, a time period of travel to the destination, account information associated with the purchase card and confirmation information indicating whether travel to the destination likely occurred. The method further comprises modifying, by the card issuer information handling system, an account associated with the purchase card based on the travel notification file to authorize use of the purchase card at the destination of travel during the time period of travel.

Abstract: In one embodiment, one or more computing devices receive an identifying feature of a target entity, the identifying feature requiring that the target entity to be in a line of sight of a camera for the camera to recognize the identifying feature; locate the target entity using the camera based on the identifying feature; and track the target entity using the camera based on the identifying feature.

Abstract: In one embodiment, one or more computing devices receive an identifying feature of a target entity, the identifying feature not requiring that the target entity to be in a line of sight of a camera for the camera to recognize the identifying feature; locate the target entity using the camera based on the identifying feature; and track the target entity using the camera based on the identifying feature.

Abstract: A barrier synchronization device for realizing barrier synchronization of at least 2 processor cores belonging to a same synchronization group among a plurality of processor cores is included in a multi-core processor having a plurality of processor cores, and when two or more processor cores in that multi-core processor belong to the same synchronization group, the included barrier synchronization device is used for realizing barrier synchronization.

Abstract: A barrier synchronization device for realizing barrier synchronization of at least 2 processor cores belonging to a same synchronization group among a plurality of processor cores is included in a multi-core processor having a plurality of processor cores, and when two or more processor cores in that multi-core processor belong to the same synchronization group, the included barrier synchronization device is used for realizing barrier synchronization.