Intelligent entertainment interaction system of vehicle cabin and control method

Abstract

The invention relates to an intelligent entertainment interaction system of a vehicle cabin and a control method, the intelligent entertainment interaction system comprises an intelligent cabin and a cloud device, the intelligent cabin obtains sensor data, vehicle working condition data and user input data related to an information entertainment function of a vehicle through a CAN bus, and sends the obtained data to the cloud device; a vehicle-mounted information entertainment function is realized according to the data stream from the cloud equipment; the cloud equipment carries out data processing on the data from the intelligent cabin; data transmission is carried out between the intelligent cabin and the cloud equipment through a 5G network, the cloud software adopts an MVVM design mode, a View Model library provided by the Android SDK is used, the Android SDK provides good support for the mode, the life cycle of the View Model is not affected by system resource changes (such as screen rotation and resource configuration changes), and the service life of the View Model is prolonged. And moreover, the View Model can be used for communication among different Fragment in the Activity, so that the communication scheme becomes simple.

Description

technical field [0001] The invention relates to the field of automatic driving, in particular to an intelligent entertainment interactive system and a control method for a vehicle cockpit. Background technique [0002] Smart cars are composed of three parts: Internet of Vehicles, smart cockpit, and automatic driving. The car cockpit is the driving and seating space in the car. Smart cockpit refers to a cockpit equipped with intelligent and networked vehicle products that can intelligently interact with people, roads, and vehicles. It is an important link and a key node for the evolution of the relationship between people and vehicles from tools to partners. The development of smart cockpits The process is a bit like the development process of mobile phones, just like the core function of mobile phones at the beginning was to make calls and communicate, and then gradually there are various APP functions such as SMS, WeChat, Weibo, and Douyin, and more and more It is increasi...

AI Technical Summary

Problems solved by technology

However, with the expansion of in-vehicle infotainment functions, the performance of the in-vehicle computer must be continuously optimized to meet the needs, resulting in an increasing cost of software and hardware for the in-vehicle computer, increasing the cost of the in-vehicle computer and lengthening the development cycle

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