Self-learning method and self-learning system of vehicle configuration information and vehicle

Abstract

The invention discloses a self-learning method of vehicle configuration information. The self-learning method comprises the steps that current configuration information of all electronic control unitsof the vehicle is obtained; the current configuration information of all electronic control units is compared with historical configuration information; if differences exist between the current configuration information of all electronic control units and the historical configuration information, configuration information of all electronic control units is updated according to the current configuration information. According to the method, a man-machine interactive system can learn the vehicle configuration information by itself, and consistency of a human-computer interaction interface and the actual hardware function is kept. The invention further discloses a self-learning system of the vehicle configuration information and the vehicle.

Description

technical field [0001] The invention belongs to the technical field of vehicles, and in particular relates to a self-learning method for vehicle configuration information, a self-learning system for vehicle configuration information, and a vehicle with the human-computer interaction system. Background technique [0002] At present, the research on vehicle intelligence is mainly devoted to improving the safety and comfort of vehicles, and providing an excellent human-computer interaction interface. For example, many intelligent vehicles integrate many ECUs (Electronic Control Unit, Electronic Control Unit) that can be controlled through the UI (User Interface, User Interface) of the vehicle-mounted multimedia system, but it will also bring some problems to the user's car experience. Challenges, for example, if users change the configuration of some ECUs, add some ECUs or upgrade ECUs to higher configurations, they need to go to the 4S store to upgrade the corresponding softwa...

AI Technical Summary

Problems solved by technology

For example, many intelligent vehicles integrate many ECUs (Electronic Control Unit, Electronic Control Unit) that can be controlled through the UI (User Interface, User Interface) of the vehicle-mounted multimedia system, but it will also bring some problems to the user's car experience. Challenges, for example, if users change the configuration of some ECUs, add some ECUs or upgrade ECUs to higher configurations, they need to go to the 4S store to upgrade the corresponding software system to update the interface, which is very inconvenient; otherwise, the UI will still display the display items of related modules, In turn, it will cause the inconsistency between the human-computer interaction interface and the actual hardware function and provide wrong operation

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