This paper analyses application status and technology of C-V2X intelligent sweeper, and research the test and evaluation method of C-V2X intelligent sweeper. Then through the domestic driverless sweeper test verification the test results meet the requirements of the test standard. This paper improves the test and evaluation system of domestic unmanned sweeper and provides reference for the test of domestic unmanned sweeper.
With the rapid development of the automotive industry, vehicles are equipped with a variety of system functions. The realization of many of these functions depends on the stable, safe, and reliable positioning and timing information of the bottom layer. Vehicle-mounted satellite positioning systems are an important way for vehicles to obtain absolute positions and have been widely employed in other industries. However, the automotive industry has its special requirements, such as high positioning accuracy and confidence, extremely harsh vehicle regulations, reliability, and high safety, all of which need to be tested and evaluated on vehicle-mounted satellite positioning systems. By studying and putting forward the evaluation scheme for the vehicle-mounted satellite positioning system, this paper further ensures the accuracy, reliability, and stability of the time-space information provided by the system and supports the development of the automotive industry.
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