Research on Smart Devices for Open Platform Ontology for Autonomous Vehicle

Abstract

Background/Objectives: This paper is the SoC-based application design and experimental study of autonomous vehicle middleware software design technology.
Methods/Statistical analysis: In this study, the speed measurement of digital driving recorder of intelligent vehicle generates pulse value of output impedance of 50? under the speed equivalent to about 40km / h, and the corresponding condition value impact noise is generated. The reference point was set to measure the technical safety measures of the digital actuator recorder's normal operation when contacted between.
Findings: The Android-based intelligent SoC middleware design technology experimented in this study is beyond the general automotive communication protocols and the functional services of individual ECU controllers. The application method was applied to the autonomous driving intelligent vehicle platform through the operation technique linked with the device, and the digital signal processing value was verified through the autonomous driving experiment to verify the various media image values and the experimental data value of the autonomous driving information
Improvements/Applications: SoC experiments and research results confirmed through this paper will be very helpful for the development of intelligent vehicle application using digital media if it is used in domestic AI vehicle research and open platform R & D. Along with the communication and telecommunications infrastructure service technology, it is expected to be of great help in speeding up the commercialization of domestic autonomous AI vehicles