Abstract: An integrated accessory control system can integrate functionality (services) of multiple disparate accessories and provide a unified user interface for interacting with the system via a controller device. An integrated accessory control system can include one accessory that can detect an event or action and send a notification to the controller device and at least one other accessory, such as an Internet Protocol (IP) camera, that can be operated in response to the notification. In response to the notification, a controller device can generate an integrated user interface for interacting with the accessories in the integrated accessory control system. The interface can include a live feed from the IP camera, which can provide a media stream responsive to instructions from the controller.

Abstract: An integrated accessory control system can integrate functionality (services) of multiple disparate accessories and provide a unified user interface for interacting with the system via a controller device. An integrated accessory control system can include one accessory that can detect an event or action and send a notification to the controller device and at least one other accessory, such as an Internet Protocol (IP) camera, that can be operated in response to the notification. In response to the notification, a controller device can generate an integrated user interface for interacting with the accessories in the integrated accessory control system. The interface can include a live feed from the IP camera, which can provide a media stream responsive to instructions from the controller.

Abstract: In some embodiments, a resident controller at a specified location performs a method including registering a plurality of mobile devices of a plurality of users and a device profile for a resident device to be controlled based on a location of the plurality of users, and establishing a user state for each of the plurality of users corresponding to their location. In some embodiments, the mobile devices can provide boundary-crossing signals when their location cross a boundary corresponding to the specified location causing the resident controller to update the user states based on the boundary-crossing signals and update a presence state of the specified location based on changes to the user states, where the device profile specifies a first action to be performed when the presence state transitions to a first presence value.

Abstract: In some embodiments, a resident controller at a specified location performs a method including registering a plurality of mobile devices of a plurality of users and a device profile for a resident device to be controlled based on a location of the plurality of users, and establishing a user state for each of the plurality of users corresponding to their location. In some embodiments, the mobile devices can provide boundary-crossing signals when their location cross a boundary corresponding to the specified location causing the resident controller to update the user states based on the boundary-crossing signals and update a presence state of the specified location based on changes to the user states, where the device profile specifies a first action to be performed when the presence state transitions to a first presence value.

Abstract: An integrated accessory control system can integrate functionality (services) of multiple disparate accessories and provide a unified user interface for interacting with the system via a controller device. An integrated accessory control system can include one accessory that can detect an event or action and send a notification to the controller device and at least one other accessory, such as an Internet Protocol (IP) camera, that can be operated in response to the notification. In response to the notification, a controller device can generate an integrated user interface for interacting with the accessories in the integrated accessory control system. The interface can include a live feed from the IP camera, which can provide a media stream responsive to instructions from the controller.

Abstract: An integrated accessory control system can integrate functionality (services) of multiple disparate accessories and provide a unified user interface for interacting with the system via a controller device. An integrated accessory control system can include one accessory that can detect an event or action and send a notification to the controller device and at least one other accessory, such as an IP camera, that can be operated in response to the notification. In response to the notification, a controller device can generate an integrated user interface for interacting with the accessories in the integrated accessory control system. The interface can include a live feed from the IP camera, which can provide a media stream responsive to instructions from the controller.

Abstract: An integrated accessory control system can efficiently set up a new media streaming session with one or more accessories. A session identifier for the new session, as well as a destination address and security parameters can be generated. A data object comprising the generated elements can be written to a resource location. Additionally, a second data object comprising the session identifier, a streaming source address, a source identifier, and additional security parameters can be read from the resource location. A third data object comprising the session identifier, a session start command, and codec parameters can then be generated. The third data object can also be written to the resource location. Further, streamed media data conforming to the codec parameters and the security parameters may be received.

Abstract: In some embodiments, a resident controller at a specified location performs a method including registering a plurality of mobile devices of a plurality of users and a device profile for a resident device to be controlled based on a location of the plurality of users, and establishing a user state for each of the plurality of users corresponding to their location. In some embodiments, the mobile devices can provide boundary-crossing signals when their location cross a boundary corresponding to the specified location causing the resident controller to update the user states based on the boundary-crossing signals and update a presence state of the specified location based on changes to the user states, where the device profile specifies a first action to be performed when the presence state transitions to a first presence value.

Abstract: An integrated accessory control system can efficiently set up a new media streaming session with one or more accessories. A session identifier for the new session, as well as a destination address and security parameters can be generated. A data object comprising the generated elements can be written to a resource location. Additionally, a second data object comprising the session identifier, a streaming source address, a source identifier, and additional security parameters can be read from the resource location. A third data object comprising the session identifier, a session start command, and codec parameters can then be generated. The third data object can also be written to the resource location. Further, streamed media data conforming to the codec parameters and the security parameters may be received.

Abstract: An integrated accessory control system can integrate functionality (services) of multiple disparate accessories and provide a unified user interface for interacting with the system via a controller device. An integrated accessory control system can include one accessory that can detect an event or action and send a notification to the controller device and at least one other accessory, such as an IP camera, that can be operated in response to the notification. In response to the notification, a controller device can generate an integrated user interface for interacting with the accessories in the integrated accessory control system. The interface can include a live feed from the IP camera, which can provide a media stream responsive to instructions from the controller.

Abstract: A method for using a location to refine network-provided time zone information is disclosed. The method can include a wireless communication device receiving a time zone information message from a network; determining multiple candidate time zones matching a set of time zone identification parameters included in the received time zone information message; deriving a location of the wireless communication device; and using the location to select a current time zone for the wireless communication device from the candidate time zones matching the set of time zone identification parameters.

Abstract: A method for using a location to refine network-provided time zone information is disclosed. The method can include a wireless communication device receiving a time zone information message from a network; determining multiple candidate time zones matching a set of time zone identification parameters included in the received time zone information message; deriving a location of the wireless communication device; and using the location to select a current time zone for the wireless communication device from the candidate time zones matching the set of time zone identification parameters.