CANoe与SIMULINK整合车辆模型在现有测试环境下的工程实践

CANoe-Simulink Integration of Vehicle Model in Existing Test Environment is a research paper authored by Nils Espfors, from the Division of Industrial Electrical Engineering and Automation at Lund University. The paper explores the integration of CANoe, a software tool used for testing electronic control units (ECUs) in vehicles, with Simulink, a modeling tool used for creating mathematical models of dynamic systems. The integration of these tools allows for the creation of a comprehensive and realistic vehicle model that can be used for testing and validation purposes. PowerDrive Systems, located in Landskrona, is the focus of this research. By integrating CANoe with Simulink, the researchers were able to simulate the behavior of the vehicle's electrical systems in a controlled environment. This allowed for more efficient testing and validation of the vehicle model, leading to improvements in overall performance and reliability. Overall, the integration of CANoe and Simulink in the testing environment at PowerDrive Systems has proven to be a valuable tool for engineers in the automotive industry. It allows for more accurate simulations of vehicle behavior, leading to improved design and testing processes. This research paper provides valuable insights into the benefits of integrating these two software tools for vehicle testing and validation.