EnvSim: A Novel Framework for Verifying Engine Management System Strategies under Simulink Environment

Amjad Elshenawy, Ahmed Adoha, Benjamin Desmarquet, Djafar Dahman
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Abstract

Engine Management System (EMS) is one of the most important and complex control systems in motor vehicles. The complexity of EMS strategies has recently increased even more in order to satisfy the more strict emissions legislations and safety standards. In order to cope with this challenge, Model Based Design is adopted. In this paper a"EnvSima" is proposed and developed as a framework for simulating and verifying Engine Management Systems strategies using Model Based Design under Simulink environment. EnvSim addresses several challenges of simulating and verifying EMS strategies, namely, creating engine specific ECU events, verifying the control strategy using realistic test data and satisfying the recommendations of the safety standard ISO26262. The application of EnvSim on a case study is presented and results are discussed, showing the effectiveness of the proposed framework.
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Simulink环境下发动机管理系统策略验证的新框架EnvSim
发动机管理系统(EMS)是汽车中最重要、最复杂的控制系统之一。最近,为了满足更严格的排放法规和安全标准,环境管理策略的复杂性增加了。为了应对这一挑战,采用了基于模型的设计方法。本文提出并开发了一个基于Simulink环境下基于模型设计的发动机管理系统策略仿真与验证框架“EnvSima”。EnvSim解决了模拟和验证EMS策略的几个挑战,即创建发动机特定的ECU事件,使用实际测试数据验证控制策略,并满足安全标准ISO26262的建议。最后给出了EnvSim在一个案例研究中的应用,并对结果进行了讨论,证明了所提出框架的有效性。
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