|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/vehicle-suspension-control-3-pid-lqr-resonance-analysis/
课程评论：没有评论
**课程名称：** 车辆悬架控制 3：PID + LQR + 共振分析 **课程概述：** 本课程将您的车辆悬架控制理解提升至新高度，在“车辆悬架控制 1”和“车辆悬架控制 2”的基础上，提供先进技术以最小化汽车振动并优化悬架系统。 您将学习如何应用 PID（比例-积分-微分）和 LQR（线性二次调节器）控制器来有效管理车辆模型的振动。课程还涵盖了如何检测共振频率，并利用人工智能（AI）技术精细调整 MIMO（多输入多输出）系统中的六个 PID 常数，这项技能在汽车行业中备受追捧。 通过主导极点近似这一强大的方法，本课程将简化复杂的四分之一车身和半车身模型，从而实现更便捷的控制器调优。课程从将 PID 控制应用于简单的单自由度（1DOF）模型开始，分析其振动行为，然后加入轮胎动力学（tire dynamics）并实现 PID 和 LQR 控制策略。 您将获得在简化模型复杂性方面的实践经验，这对于实际控制器调优至关重要。您还将学习如何将知识扩展到半车身模型，识别不同自由度的共振峰，并理解这些见解如何用于提高车辆性能和乘坐舒适性。 课程结束后，您将熟练掌握适用于实际悬架系统的先进振动控制技术，成为车辆动力学和控制领域宝贵的人才。立即报名，提升您在该专业领域的技能，并推进您的职业发展。
Take your understanding of vehicle suspension control to the next level with "Vehicle Suspension Control 3: PID + LQR + Resonance Analysis." This course builds upon the fundamental concepts from the first two courses in the series, providing you with advanced techniques for minimizing car vibrations and optimizing suspension systems.Learn how to apply PID (Proportional-Integral-Derivative) and LQR (Linear-Quadratic Regulator) controllers to effectively manage vibrations in vehicle models. Discover how to detect resonance frequencies and use Artificial Intelligence to expertly tune six PID constants in MIMO (Multiple-Input and Multiple-Output) systems, a skill highly sought after in the automotive industry.Simplify complex quarter- and half-car models using dominant pole approximation, a powerful method for easier controller tuning. This course starts with applying PID control to a simple 1DOF (degree of freedom) model, analyzing its vibrational behavior, before adding tire dynamics and implementing both PID and LQR control strategies.You will gain hands-on experience in reducing model complexity, which is invaluable for practical controller tuning. Extend your knowledge to half-car models, identifying resonance peaks for different degrees of freedom, and understand how these insights can be used to improve vehicle performance and ride comfort.By the end of this course, you will master advanced vibration control techniques applicable to real-world suspension systems, making you a valuable asset in vehicle dynamics and control. Enroll now to enhance your skills in this specialized area and advance your career.
