Abstract: Aspects of the subject disclosure may include, for example, receiving first user input from a first user interface screen and second user input from a second user interface screen, wherein the first user interface screen is disposed at a first location on a support structure and the second user interface screen is disposed at a second location on the support structure; presenting a first series of images, wherein the first series of images is presented responsive to first user input, and wherein the first series of images is presented as a first projection in a first volume of space; and presenting a second series of images, wherein the second series of images is presented responsive to second user input, wherein the second series of images is presented as a second projection in a second volume of space. Other embodiments are disclosed.

Abstract: Aspects of the subject disclosure may include, for example, receiving first user input from a first user interface screen and second user input from a second user interface screen, wherein the first user interface screen is disposed at a first location on a support structure and the second user interface screen is disposed at a second location on the support structure; presenting a first series of images, wherein the first series of images is presented responsive to first user input, and wherein the first series of images is presented as a first projection in a first volume of space; and presenting a second series of images, wherein the second series of images is presented responsive to second user input, wherein the second series of images is presented as a second projection in a second volume of space. Other embodiments are disclosed.

Abstract: A portable device is provided. The portable device may include a display; an input device; a camera; a processor coupled to the display, the input device, and the camera; and a computer readable medium coupled to the processor, the computer readable medium comprising code, executable by the processor, to implement a method comprising: receiving authentication data from the input device, determining whether the received authentication data matches authentication data associated with an authorized user, and displaying, on the display, a credential, an item, and data associated with the item.

Abstract: Generally described, the present application relates to a system and method for processing input to control a set of functions and features. More specifically, however, the present application relates to user devices that can be controlled through brain activities or similar actions. In an illustrative embodiment, brain activities are monitored through electroencephalography (EEG). Through EEG, input waves that can be appropriately monitored can be sent to a virtual assistant. The virtual assistant can decipher the number of signals coming and determine a correct output such as a function or feature to be manipulated. In the implementation presented herein, features and functions of a smartphone can be manipulated. Other types of user devices can also be controlled, such as in-vehicle systems, head units, televisions, tablets, computer, laptops, etc.

Abstract: A portable device is provided. The portable device may include a display; an input device; a camera; a processor coupled to the display, the input device, and the camera; and a computer readable medium coupled to the processor, the computer readable medium comprising code, executable by the processor, to implement a method comprising: receiving authentication data from the input device, determining whether the received authentication data matches authentication data associated with an authorized user, and displaying, on the display, a credential, an item, and data associated with the item.

Abstract: A system and method for virtual gaming in a vehicle. The system and method include detecting a first set of image position data defining a first set of image position data defining a first position of images projected on a game surface. The system and method include detecting a set of player position data defining a gesture of one or more players relative to the first set of image position data and the game surface. The system and method include calculating a second set of image position data based on the first set of image position data and the set of player position data. The system and method include projecting images according to the second set of image position data on the game surface.

Abstract: Provided is a system for generating a vehicle steering signal. A non-rotatable steering control is mounted about a steering axis. The steering control includes a pressure sensor configured to generate an output signal in response to hand movements along the steering control. The system includes a hub and at least one spoke connecting the steering control to the hub. The hub is offset from the steering axis. A control unit is configured to generate the vehicle steering signal based on the output signal from the pressure sensor.

Abstract: Generally described, the present application relates to a system and method for processing input to control a set of functions and features. More specifically, however, the present application relates to user devices that can be controlled through brain activities or similar actions. In an illustrative embodiment, brain activities are monitored through electroencephalography (EEG). Through EEG, input waves that can be appropriately monitored can be sent to a virtual assistant. The virtual assistant can decipher the number of signals coming and determine a correct output such as a function or feature to be manipulated. In the implementation presented herein, features and functions of a smartphone can be manipulated. Other types of user devices can also be controlled, such as in-vehicle systems, head units, televisions, tablets, computer, laptops, etc.

Abstract: A computer implemented interactive vehicle gaming system and method includes a first interactive game device connected to a second interactive game device for communication therebetween. At least one game parameter is determined for the first and second game devices associated with driving behavior for at least one vehicle. User input is received on the first game device to initiate a virtual shot against the second game device. After receiving the user input, a shot game result is determined for the virtual shot based on the at least one game parameter. Then, at least one indication of the shot result is provided for at least one of first and second game devices.

Abstract: Provided is a system for generating a vehicle steering signal. A non-rotatable steering control is mounted about a steering axis. The steering control includes a pressure sensor configured to generate an output signal in response to hand movements along the steering control. The system includes a hub and at least one spoke connecting the steering control to the hub. The hub is offset from the steering axis. A control unit is configured to generate the vehicle steering signal based on the output signal from the pressure sensor.

Abstract: A computer implemented interactive vehicle gaming system and method includes a first interactive game device connected to a second interactive game device for communication therebetween. At least one game parameter is determined for the first and second game devices associated with driving behavior for at least one vehicle. User input is received on the first game device to initiate a virtual shot against the second game device. After receiving the user input, a shot game result is determined for the virtual shot based on the at least one game parameter. Then, at least one indication of the shot result is provided for at least one of first and second game devices.

Abstract: A system for virtual gaming in a vehicle including a first imaging device having an image projection mechanism and an image capture mechanism. The image projection mechanism configured to project images on a game surface. The image capture mechanism configured to detect a first set of image position data defining a position of the images relative to the game surface and detect a set of player position data defining a position of one or more. The system further including a game module for processing the first set of image position data and the set of player position data to calculate a second set of image position data. The system also including an image module for controlling the image projection mechanism to project images according to the second set of image position data. The system also including a processor for executing the game module and the image module.

Abstract: A gesture-based control system having a graphical display and a gesture sensor. One or more interactive elements are displayed on the graphical display. When the interactive element has been dragged a threshold distance, an application associated with the interactive element is controlled. Computer-implemented methods are also described herein.