Events - Seminars

ECU Production Code Generation and Verification Using Simulink

Seminar Overview

Learn how to use Simulink® to perform software engineering tasks such as software specification, data typing, fixed-point design, and legacy code integration.

Discover how Embedded Coder™ lets you generate production C code that is optimized for speed, memory usage, and clarity. Basic knowledge of Simulink and Stateflow® is helpful, but not required.

*** UPDATE: the agenda features a demo by Freescale on their new lineup of Embedded Coder targets for motor control applications ***

Thank you for your interest in MathWorks Seminars. There are no dates currently scheduled for this Seminar. For more information on our seminars and products contact MathWorks sales or please visit:

Who Should Attend

This seminar is important for anyone who works on software development projects for embedded systems, including:

Systems and controls engineers
Embedded software developers
Project managers
OEMs and suppliers

Seminar Highlights

Through automotive ECU application examples, including projects developed for production ECUs, MathWorks technical staff will demonstrate how you can use MathWorks products to:

Develop a model architecture that facilitates reuse and component-based design
Generate and optimize code (ANSI/ISO C or target-specific) for memory-constrained microprocessors
Produce clearly commented, well-partitioned, and bi-directionally traceable code
Automate Software- and Processor-in-the-loop testing IDE links (Green Hills® MULTI®, Alitum® TASKING®, and TI’s Code Composer Studio®)
Deploy and Integrate code on popular embedded processors
Use Simulink code generation for AUTOSAR and ISO 26262 certified applications

To learn more about code generation prior to this event, please examine our:

Free Production Code Generation Evaluation Kit (Based on Eclipse)

Conference papers and user stories for automotive applications

Agenda
8:30 AM	Registration and Continental Breakfast
9:00 AM	Introduction and New Features • Technology Overview • AUTOSAR and ISO 26262 Capabilities • What’s new in R2011a and R2011b for Model-Based Design
9:45 AM	Freescale’s New Embedded Target Offerings • Motor Control demo based on Embedded Coder
10:15 AM	Break
10:30 AM	Case Study: Field Oriented Control for Hybrid Vehicle ECU development using Model-Based Design Example Production Workflow: • Establish Framework to Design and Test Functional Requirements • Establish Framework to Implement and Test Resource Requirements • Iterate on Design to Meet Functional and Resource Requirements
12:00 PM	Q&A
12:30 PM	Conclusion of the seminar