Abstract: A vehicle inductive power assembly and method for transferring electrical power inductively to an electrical device, in a motorized vehicle. The system includes an inductive power transfer system which is configured to provide the electrical power to the electrical device as well as a communications security system which is configured to establish a secure communications channel between the inductive power transfer system and the electrical device. Following activation of the inductive power transfer system, the communications security system initiates a handshaking procedure between the inductive power transfer system and the electrical device. If the handshaking procedure is successful the communications security system instructs the inductive power transfer system to commence providing the electrical power to the electrical device.

Abstract: A method and system are provided for computer vision based control of a device by obtaining an image via a camera, the camera in communication with a device; detecting in the image a user pointing at the camera; and controlling the device based on the detection of the user pointing at the camera.

Abstract: A method and system are provided for computer vision based control of a device which include detecting a user operating the device, determining the user identity based on image information, and personalizing operation of the device based on the determined user identity, and where a home or building appliance may be controlled according to a preferred set of parameters, based on the identity of the user.

Abstract: A vehicle inductive power assembly and method for transferring electrical power inductively to an electrical device, in a motorized vehicle. The system includes an inductive power transfer system which is configured to provide the electrical power to the electrical device as well as a communications security system which is configured to establish a secure communications channel between the inductive power transfer system and the electrical device. Following activation of the inductive power transfer system, the communications security system initiates a handshaking procedure between the inductive power transfer system and the electrical device. If the handshaking procedure is successful the communications security system instructs the inductive power transfer system to commence providing the electrical power to the electrical device.

Abstract: A method for communication includes running a navigation application on a mobile navigation device, so as to present to a user navigation instructions from a navigation server on the display of the mobile navigation device. A widget chosen by the user is activated to run on the mobile navigation device in conjunction with the navigation application. Responsively to activating the widget, an interactive user interface element is overlaid on the navigation instructions on the display, indicating an availability of a location-based service at a location specified by the navigation instructions. Upon receiving an input from the user via the interactive user interface element invoking the service, the service is provided to the user at the specified location via the mobile navigation device.

Abstract: An interface is provided to a mobile navigation system in which an optical image of a point-of-interest acquired by cellular telephone devices is an input to the system. Textual and optionally other location information is extracted from the image, and used by the navigation system to identify coordinates and vectors relating to the point-of-interest. The results are stored and may be subsequently recalled to provide mapping and routing information to the cellular telephone device, whose position relative to the point-of-interest may have changed. Optical images may be uploaded from telephone device to the navigation system automatically or interactively, and can be processed remotely, generally without further user interaction.