Nissan Develops Emission Reduction System for Mass-Production Vehicles Using MathWork

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Nissan Develops Emission Reduction System for Mass-Production Vehicles
Using MathWorks Tools

Meeting new emission standards and satisfying environmentally conscious car shoppers is critical to success for today’s automobile manufacturers. Learn how Nissan used Model-Based Design and MathWorks tools to develop an emission reduction system for their Partial Zero Emission Vehicle.
Presentations from the International Automotive Conference

At the June 2004 MathWorks International Automotive Conference (IAC), 400 experts from around the world addressed common engineering software challenges and provided insight into leveraging the industry-standard MATLAB and Simulink software tools. Papers presented by Continental Teves and Ford are highlighted below.

Continental Teves GmbH

Continental Teves used MathWorks products and Model-Based Design for production code generation and development of a wide range of design, testing, and verification methods. Download Presentation (Part I)
Download Presentation (Part II)
Ford Motor Company

Using Simulink and the Model-Based Calibration Toolbox, Ford Motor Company and The MathWorks have developed a suite of tools to reduce testing, increase the amount of calibration work at the desktop, and increase the use of test data.
Download Presentation
The Challenge X Competition

In August, The MathWorks hosted an intensive four-day training program to prepare teams of engineering students to participate in Challenge X, a groundbreaking three-year design competition sponsored by General Motors Corporation (GM) and the U.S. Department of Energy (DOE). Students were introduced to the concept of Model-Based Design while learning to use MATLAB and Simulink.
Product News

SimDriveline

SimDriveline extends Simulink with capabilities for modeling and simulating the mechanics of driveline (drivetrain) systems. The product includes components such as gears, rotating shafts, and clutches; standard transmission templates; and engine and tire models.
Video and Image Processing Blockset

Design and simulate video and image processing systems, including active safety systems like lane departure warning, vehicle guidance, driver drowsiness detection, night vision systems, and other driver assistance systems.
Connections Partner

RAPTOR - Southwest Research Institute

Created entirely using MATLAB and Simulink, RAPTOR® is a rapid automotive performance simulator for use by automotive, truck, and bus developers and suppliers.
MathWorks Events

Conferences

Convergence 2004
Detroit, MI – October 18–20, 2004

Forum Automobile
Paris, France – October 19, 2004

IEEE Conference on Decision and Control (CDC)
Nassau, Paradise Island – December 14-17, 2004

Seminars

ECU Production Code Generation and Verification Using Simulink
Pontiac, MI – October 26, 2004
Novi, MI – October 28, 2004
Webinars

Using Simulink for Video & Image Processing
October 21, 2004
Training

MATLAB for Automotive Applications
Beverly Hills, MI – November 8–9, 2004
Simulink for Automotive System Design
Beverly Hills, MI – November 10–11, 2004
Stateflow for Automotive Logic Modeling
Beverly Hills, MI – November 12, 2004

Resources

File Exchange: Modeling Metric Tool

Accurate measurements of productivity and quality are essential for balancing workloads, creating predictable schedules and budgets, and controlling quality. The Modeling Metric tool provides an automatic, noninvasive measurement technique for gathering accurate metrics in the Simulink and Stateflow environment.
Technical Solutions: How to Generate C code with the MATLAB Compiler for use with Real-Time Workshop

Beginning with Simulink 6 (Release 14), the Embedded MATLAB Function block provides support for a subset of the MATLAB language that can be used with Real-Time Workshop to generate embeddable C code.
Automotive Industry Books

Electric Vehicle Technology Explained
James Larminie, John Lowry
ISBN: 0-470-85163-5 Customer Successes

IAV


On-target rapid prototyping is an emerging technology that is being adopted by our ECU customers in Germany. The MathWorks open code-generation architecture is a key part of our universal electronic control unit development efforts. Martin Richter,
IAV


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