Intelligent driving virtual simulation cloud platform

Abstract

The invention provides an intelligent driving virtual simulation cloud platform, which comprises a map operation management system, and is characterized in that the map operation management system comprises a public cloud module used for realizing encoding and decoding of a map data file and operation calculation of corresponding map data, and notifying a client application module of a result; anda client application module which is used for displaying and monitoring the data of the public cloud module in real time and providing a visual interface. The invention discloses a map operation management system in an intelligent driving virtual simulation cloud platform. The invention provides a high-precision map data management and application solution EHP-EHR based on an AWS public cloud platform. Unified storage, unified buffering, unified decoding and unified calculation of the high-precision map data are realized, a unified business-level data access interface is provided for the EHR,and bottom-layer high-precision map data and service technical support are provided for subsequent establishment of a virtual simulation platform.

Description

technical field [0001] The invention relates to the technical field of electronic information processing, in particular to an intelligent driving virtual simulation cloud platform. Background technique [0002] With the rapid development of Internet technology, the application of intelligent technology is becoming more and more common. In the automotive field, the concepts of "smart cars" and "simulation systems" have been well known. Developing, testing, and verifying autonomous driving systems in a simulation environment often achieve twice the result with half the effort. Consistent with the real world. But if you can build a simulation development scene based on a high-precision map, it is very consistent with the real world. All lane lines, traffic lights, obstacles, and even pictures on traffic signs are directly collected from high-precision maps. presented in the data. That is, there are few virtual simulation systems on the market based on the integration of clou...

AI Technical Summary

Problems solved by technology

Some systems are stand-alone desktop application environments. Although simulation map scenes can be customized and edited in the VR interface, they lack the support of massive scene libraries, cannot store and use massive scene data, and cannot support high-concurrency simulation tests.

There are also some systems that have a server, but lack a simulation system supported by high-precision map data, and are not supported by a cloud environment.

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