Driving assisting system based on interaction of augmented reality head-up display and multi-screen voice

Abstract

The invention discloses a driving assisting system based on the interaction of augmented reality head-up display and multi-screen voice. The system includes an augmented reality head-up display system, a multi-screen voice operation system and a double-screen central-control display operating system. The augmented reality head-up display system identifies complex road information, navigation andwarning information is superposed in a real scene so as to remind a driver, the multi-screen voice operation system achieves multi-screen interaction and man-machine voice interaction of mobile equipment of an HUD, an HDD, an HCS and a CS of an automobile through a convenient touch button, and the double-screen central-control display operating system allows a second driver to operate the system without affecting driving of the main driver. The driving assisting system can effectively assist the driver in a driving task, the situational awareness of the driver is enhanced, the probability of occurrence of unintentional blindness, change blindness, distraction and the like in the driving process is reduced, the driver's cognitive load is reduced, and thus a safer driving experience is provided.

Description

technical field [0001] The invention relates to a system that can use augmented reality technology to assist the driver's driving through head-up display technology, multi-screen interaction end, voice interaction technology, and dual central control screen technology. Background technique [0002] Head Up Display (Head Up Display, also known as Head Up Display, referred to as HUD), was originally used in the flight assistance system of military aircraft, which allows pilots to see important information without looking down at the instrument, and can effectively reduce the frequency of looking down at the instrument. Avoid reduced situational awareness and interruptions in concentration. In recent years, HUD has begun to accelerate into the ranks of vehicles, and is used to display vehicle driving status information, navigation information and even communication and entertainment information. With the development of holographic and laser imaging technologies and transparent...

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