Intelligent networked vehicle operation system based on vehicle-road coordination

Abstract

The invention discloses an intelligent networked vehicle operation system based on vehicle-road collaboration, comprising a high-precision map platform, a cloud control platform, a vehicle terminal platform, a vehicle-mounted computing platform and an information security platform; the high-precision map platform provides a real-time dynamic high-precision map, The cloud control platform and the in-vehicle terminal platform perform collaborative management and control through the communication network. The cloud control platform performs data storage, cloud computing, and standardized data interconnection. The in-vehicle terminal platform performs information reporting, data routing and command forwarding. The in-vehicle computing platform uses the in-vehicle Ethernet Connect with the vehicle terminal platform to obtain over-the-horizon perception data, map data, environmental data, etc., and formulate vehicle driving plans through integrated computing. Security monitoring is set up on the cloud control platform, vehicle terminal platform, vehicle computing platform, and map platform. The operation of the intelligent networked vehicle of the present invention provides common basic services and supports the development needs of the country and the industry.

Description

Technical field [0001] The present invention belongs to the field of automobile intelligent network, involving smart transportation, artificial intelligence, Internet of Things technology, specifically, involving smart network-based automobile, based on vehicle collaborative full operating systems. Background technique [0002] Intelligent Net Cars is a perceptible surrounding environment and to achieve autonomous cruise vehicles without drivers or a small amount of manipulation, future smart transportation, smart cities will be more and more use of networked and automated cars. [0003] Intelligent Net Traffic is concentrated in a single vehicle or technology in the relevant studies at this stage. There are many unexpected or functional single and resources that are unable to share in the car, cloud and intermediate synergistic management. Taking the cloud control foundation platform as an example. At present, my country's automobile network is still in the first level, the auxi...

AI Technical Summary

Problems solved by technology

Another example is computing. With the application of big data shared cloud platforms, automobile developers and manufacturers hope to make more use of these resources, realize resource sharing, reduce the computing burden of automobiles, and simplify the system architecture. Considering the speed limit of platform communication and information security, these resources have not yet been effectively shared. The cloud is only used as the data source of the on-board computing platform, and the computing work of smart driving cars is mainly concentrated on the on-board computing platform.

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