Abstract: An image display method for preventing display colors from being distorted according to a viewing angle of a driver, and an image display method for a vehicle may include: tracking a sight line of a driver; determining an angle formed between a display and the sight line of the driver; loading a gain value corresponding to the determined angle from a prestored gain compensation table; applying the loaded gain value to image data displayed on the display; and displaying the image data to which the gain value has been applied on the display.

Abstract: An image display method for preventing display colors from being distorted according to a viewing angle of a driver, and an image display method for a vehicle may include: tracking a sight line of a driver; determining an angle formed between a display and the sight line of the driver; loading a gain value corresponding to the determined angle from a prestored gain compensation table; applying the loaded gain value to image data displayed on the display; and displaying the image data to which the gain value has been applied on the display

Abstract: The present invention relates to a system for estimating a degree of distraction based on unconstrained bio-information. The present invention provides a system for estimating a degree of distraction based on unconstrained bio-information, the system comprising: a degree-of-distraction measurement chair comprising a seating unit, a message transmission unit, a pressure detection unit, and a support unit, which are formed in this order from the top to the bottom thereof, wherein the pressure detection unit formed on the support unit comprises a smart sensor including three load cells arranged at three vertices of a triangular shape on a plane; and a mobile smart terminal configured to receive information regarding the degree of distraction from the message transmission unit of the degree-of-distraction measurement chair through the Bluetooth communication.

Abstract: The present invention relates to a system for estimating a degree of distraction based on unconstrained bio-information. The present invention provides a system for estimating a degree of distraction based on unconstrained bio-information, the system comprising: a degree-of-distraction measurement chair comprising a seating unit, a message transmission unit, a pressure detection unit, and a support unit, which are formed in this order from the top to the bottom thereof, wherein the pressure detection unit formed on the support unit comprises a smart sensor including three load cells arranged at three vertices of a triangular shape on a plane; and a mobile smart terminal configured to receive information regarding the degree of distraction from the message transmission unit of the degree-of-distraction measurement chair through the Bluetooth communication.