Abstract: An electronic device, a method and a computer program product for identifying objects in an image. The method includes capturing a first image within a field of view of a first camera of an electronic device and receiving object data from a second electronic device. The method further includes determining based on the first object data, if the first image contains a first tagged object within the field of view. In response to determining that the first image contains the first tagged object within the field of view, the method further includes mapping, based on the first object data, the first tagged object to a first pixel location within the first image and generating first meta-data associated with the first image. The method further includes storing the first image with the first meta-data to a memory of the electronic device.

Abstract: A computing device includes digital imaging functionality that captures images digitally using any of a variety of different technologies. The computing device receives an indication of, or determines, a physical location of a tag within a field of view of an image capture module and associates that physical location with a region of interest in the field of view. The tag is a device that transmits and receives signals allowing one or more other devices to determine the physical location of the tag, such as an ultra-wideband tag. The computing device also includes a parameter generation system that automatically generates, based at least in part on the region of interest associated with the physical location of the tag, one or more parameters for capturing a digital image. These parameters include, for example, an exposure setting, a white balance setting, and a focus setting.

Abstract: In aspects of rollable screen device power management, a mobile device includes a rollable display screen configurable in one of multiple display states corresponding to respective device form factors, such as a compact form factor, an expanded form factor, and a partial form factor. A slidable display mount is operable to one of extend or retract the rollable display screen into one of the multiple display states corresponding to a device form factor. A configuration manager is configured to limit powered operation of the slidable display mount for configuration of the rollable display screen based at least in part on a determination of low battery power.

Abstract: A computing device includes digital imaging functionality that captures images digitally using any of a variety of different technologies. The computing device receives an indication of, or determines, a distance between a physical location of a tag and an image capture module. The tag is a device that transmits and receives signals allowing one or more other devices to determine the physical location of the tag, such as an ultra-wideband tag. The computing device also includes a flash intensity determination system that automatically generates, based at least in part on the distance between the tag and the image capture module, a flash intensity for capturing a digital image.

Abstract: A computing device includes digital imaging functionality that captures images digitally using any of a variety of different technologies. The computing device receives an indication of, or determines, a physical location of a tag within a field of view of an image capture module and associates that physical location with a region of interest in the field of view. The tag is a device that transmits and receives signals allowing one or more other devices to determine the physical location of the tag, such as an ultra-wideband tag. The computing device also includes a parameter generation system that automatically generates, based at least in part on the region of interest associated with the physical location of the tag, one or more parameters for capturing a digital image. These parameters include, for example, an exposure setting, a white balance setting, and a focus setting.

Abstract: Devices and methods for determining an optimal travel route from an origin to a destination for a first device are disclosed. In some embodiments, the method includes: determining an origin and destination for a travel objective and determining whether a user is on a phone call or predicted to be on a phone call during the travel objective using context information associated with the first device. When the user is on a phone call, the method determines a phone call duration using the context information associated with the first device and uses the phone call duration to determine an optimal travel route. When the user is predicted to be on a phone call and the phone call is predicted to be ongoing when a call drop point is encountered, the method determines a phone call duration using the context information associated with the first device, and uses the phone call duration to determine an optimal travel route.