VEHICLE PERIPHERY IMAGE DISPLAY DEVICE AND VEHICLE PERIPHERY IMAGE DISPLAY METHOD

An image display device for displaying an image around a vehicle executes a sight-line transformation of the captured view image around the vehicle and generates a captured bird's eye view image having a sight-line viewed from above the vehicle. The device acquires movement information representing a movement amount of the vehicle, and extracts, based on the movement information, a history image corresponding to a dead angle area of the in-vehicle camera from the captured bird's eye view image generated before the vehicle reached a current location. The device displays the history image and the captured bird's eye view image in a display window. When detecting an image of foreign matter adhered on the in-vehicle camera in the history image, the device extracts a partial image region without the foreign matter image from another captured bird's eye view image, and uses the extracted image as the history image.