Human-vehicle interactive device and interactive method

Abstract

The present invention provides a human-vehicle interactive device and a human-vehicle interactive method and relates to the technical field of car networking. The device comprises a face recognition processor and an allocation strategy confirmation processor. The face recognition processor is in communication connection with the allocation strategy confirmation processor, and is used for acquiring video images collected by an image collector in real time, recognizing face information in the video images and outputting facial feature data corresponding to the face information to the allocation strategy confirmation processor; the allocation strategy confirmation processor is in communication connection with a vehicle-mounted device and is used for confirming an allocation strategy of the vehicle-mounted device participating the human-vehicle interaction according to the facial feature data and outputting the allocation strategy to the vehicle-mounted device. By applying the technical scheme provided by the embodiment of the invention, the problems of low intelligence degree and potential safety hazards of the current human-vehicle interactive mode are solved, the purpose of intelligently allocating the vehicle-mounted device participating the human-vehicle interaction according to the recognition result for the face of people in the vehicle is realized, users do not need to issue an instruction, a driver is not distracted, and the effect of improving the user experience is achieved.

Description

technical field [0001] The embodiments of the present invention relate to the Internet of Vehicles technology, and in particular to a human-vehicle interaction device and an interaction method. Background technique [0002] The birth of automobiles has improved people's traffic and transportation efficiency, and changed the way people travel. As a convenient means of transportation, cars have gone through multiple stages from perception to control, from components to complete vehicles, from single items to integration, and from one-way to interaction. [0003] The current human-vehicle interaction technology mainly includes the following three aspects: one is the direct interaction between people and in-vehicle equipment (information exchange between the driver and the vehicle), such as voice recognition and gesture recognition; the other is the direct interaction between people and in-vehicle equipment. Indirect interaction (the driver communicates with the car through a t...

AI Technical Summary

Problems solved by technology

For example, the vehicle needs to perform the operation corresponding to the command according to the voice command or gesture command issued by the driver. The degree of intelligence is still not high, and this form of human-vehicle interaction will distract the driver's attention. In driving state, there may be potential safety hazards

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