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Design of A Nonlinear Discrete Communication Network Vehicle Control System Based on DSP Active Queue Management | IEEE Conference Publication | IEEE Xplore

Design of A Nonlinear Discrete Communication Network Vehicle Control System Based on DSP Active Queue Management


Abstract:

A new continuous approximate control method is proposed for nonlinear discrete vehicle communication control system based on active DSP sequence. The initial optimal cont...Show More

Abstract:

A new continuous approximate control method is proposed for nonlinear discrete vehicle communication control system based on active DSP sequence. The initial optimal control of vehicle coupling is a set of non-uniform optimization rules of linear problems. It consists of precise linear feedback and nonlinear time compensation, which limits the coherence of the resolution of the conjugate vector equation. In order to obtain the best classification of vehicle communication commands, the simulation example finally shows the effectiveness of continuous approximation.
Date of Conference: 16-18 June 2023
Date Added to IEEE Xplore: 07 August 2023
ISBN Information:
Conference Location: Chongqing, China

I. Introduction

At present, the development of electric vehicle networking is highly valued by all countries [1] . The interconnection between electric vehicles has become the main direction of future automobile development [2] . There are many electrical components in electric vehicles. A large amount of data must be transmitted and transmitted in real time. How to improve the real-time communication, reliability and emergency response of electric vehicles has become a problem in the research of electric vehicle communication [3] . DSP TMS320F28335 is the central processor of vehicle electronic communication system. We use good DSP fast processing ability to improve data processing speed. In order to improve real-time communication, the CAN module integrated in DSP is used for control, so as to reduce the complexity of hardware circuit and improve communication reliability [4] . This module can improve the emergency response capability of electric vehicles.

References

References is not available for this document.