Model-Based Design Curriculum: Supervisory Control & Fault Diagnosis
Last updated: 10/23/2014
Author Information
Professor Shawn Midlam-Mohler The Ohio State University
Eric Gallo The Ohio State University
Course Details
Description
The Model-Based Design Curriculum is a series
of
self-paced learning modules aimed at developing a basic understanding
of Model-Based Design within the context of hybrid electric vehicles.
In this course, Model-Based Design is defined as a method for
developing mathematical models for physical systems and controllers in
complex systems such as a vehicle powertrain. The intent of this course
is to build understanding of complex systems through the development of
basic models that can be modified to incorporate more
complex behaviors. Supervisory Control & Fault Diagnosis is
the third course in the
series. It introduces the use of models for developing propulsive
torque control and generator/engine control, describes supervisory
control for battery state-of-charge regulation, and also discusses
methods for fault diagnosis.
The content of this course is designed
for sophomore or higher college engineering students. The models
developed in this module are built using MATLAB and Simulink release
2012b.
Prerequisites
This course assumes a basic understanding of MATLAB and Simulink.
