According to some embodiments of the disclosure, an AR-content-providing apparatus includes display modules configured to display AR content images on windows of a vehicle, at least one sensing module configured to generate image data obtained by capturing surroundings of the vehicle, and configured to generate distance sensing signals corresponding to distances to objects and people outside the vehicle, and a control module configured to generate AR content corresponding to driving information and surrounding information of the vehicle using the image data and the distance sensing signals, and configured to control the display modules and at least one electronic device to display the AR content.

A method for displaying a rearward image of a vehicle includes varying reflectivity of an electro-optic layer for incident light to transmit a portion of the incident light and to reflect another portion of the incident light; displaying on a display at least the portion of the rearward image; and switching the electro-optic layer between a first posture and a second posture. When the electro-optic layer is in the first posture, at least the portion of the rearward image is displayed, and when in the second posture, the reflectivity of the electro-optic layer for the incident light varies between at least two values based on at least one of a first illuminance or a second illuminance. The first illuminance indicates brightness around the vehicle and the second illuminance indicates intensity of light emitted on a front surface of the electro-optic layer.

A display control method for a vehicle-mounted display device includes a housing, an electro-optic layer configured to vary reflectivity of incident light, a display provided between the electro-optic layer and part of the housing, a sensor to detect intensity of light emitted on the display device, and an operation lever provided on the housing that switches the electro-optic layer between two postures. The display control method includes varying a reflectivity of the electro-optic layer within a predetermined range based on intensity of light emitted on the display device, and when the electro-optic layer is in a first posture, the predetermined range is between a first and second reflectivity. When the electro-optic layer is in a second posture, displaying a backward image on a display screen, and when the electro-optic layer is in the second posture, restricting the varying of the reflectivity within the predetermined range.

A vehicular interior rearview mirror assembly includes a mirror head pivotable about a mirror support. A mirror reflective element of the mirror head includes a reflective region defined by a mirror reflector that is viewable by a driver of a vehicle viewing the mirror reflective element. A video display device includes a display screen that is operable to display video images. The display screen includes a plurality of micro-LEDs disposed at electrically conductive traces of a circuit element. A width dimension of individual micro-LEDs is less than 500 microns, and a length dimension of individual micro-LEDs is less than 500 microns. Current passed by individual micro-LEDs of the plurality of micro-LEDs when operated is less than 4 mA. The video display device is operable to display at the display screen video images derived from image data captured by a camera of the vehicle.

A vehicle distance reminder system, a vehicle distance reminder method, a storage medium, and a vehicle are provided. The vehicle distance reminder system includes: a distance detection unit configured to detect a relative distance between a target vehicle and the ego vehicle, where the target vehicle is located directly behind or laterally behind the ego vehicle; a display screen configured to display an image of the target vehicle and an image of the ego vehicle, where the display screen is provided with a cursor, the cursor is used to reflect the relative distance, and the cursor is able to move within a target area of the display screen, and a color value of the cursor changes in response to a motion of the cursor.

A driving assistance system includes at least one processor with a memory storing computer program code. The at least one processor with the memory is configured to cause the driving assistance system to: schedule a lane change of the host vehicle; sense a deceleration of a target vehicle traveling on a rear side of the host vehicle in a target lane toward which the host vehicle plans to make the lane change; monitor a yielding behavior of the target vehicle when a deceleration of the target vehicle is sensed, the yielding behavior being a behavior in which the target vehicle yields an entry space of the target lane as a lane change destination to the host vehicle; and control an entry behavior of the host vehicle.