User intention identification-based vehicle-mounted device control method and system

Abstract

The invention discloses a user intention identification-based vehicle-mounted device control method. The method comprises the steps of capturing an input signal triggered by a user action, performing response and processing on the input signal, and generating a user intention corresponding to the input signal by adopting a signal difference type triggering mechanism; generating a corresponding control interface according to the user intention; and controlling a corresponding vehicle-mounted device in a vehicle-mounted information system according to the input signal, in the control interface, of the user. The invention furthermore provides a user intention identification-based vehicle-mounted device control system. The system comprises a triggering module used for capturing the input signal of the user and generating the user intention corresponding to the input signal by adopting the signal difference type triggering mechanism, a control module used for generating the corresponding control interface according to the user intention, and a vehicle-mounted function module used for controlling the corresponding vehicle-mounted device in the vehicle-mounted information system. By implementing the technical scheme provided by the invention, the vehicle-mounted device can be controlled intelligently, simply and quickly.

Description

technical field [0001] The present invention relates to the technical field of intelligent driving, in particular to a method and system for controlling vehicle-mounted equipment based on user intention recognition. Background technique [0002] In the traditional vehicle environment, in the process of operating different function modes, it is necessary to trigger, switch, select, control, and exit different vehicle function modules through specific buttons. According to the interaction mode of each functional module of the traditional vehicle-mounted system, if the user wants to switch from the current functional module to the target functional module, he needs to click a specific button to return to the main interface, and then find the target functional module from the numerous functional modules in the main interface. Click Toggle. When switching between frequently used functional modules such as radio, Bluetooth, USB playback, and navigation, the user needs to perform ...

AI Technical Summary

Problems solved by technology

When switching between frequently used functional modules such as radio, Bluetooth, USB playback, and navigation, the user needs to perform very tedious and repeated operations

In addition, when looking for small buttons during driving, or selecting function switches in numerous function modes, it increases the difficulty of the user's operation, affects the friendliness of the vehicle environment, and easily distracts the user's attention, causing serious damage to the driving process. Interference, there is a certain security risk

[0003] Today, with the gradual reduction of physical buttons in the vehicle environment and the flattening of control panels, the existing technical solutions for vehicle equipment control are no longer suitable for users' needs for convenient and intelligent control of vehicle equipment.

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