ECU Calibration
Calibrating ECUs
5/0
Trends and Effects on Development Methods and Tools
Analyze Large Quantities of Measurement Data Rationally and Flexibly
5/4
Verification of Driver Assistance Systems in the Vehicle and in the Laboratory
5/8
Calibration Data Management: A Puzzle Game No More
5/12
Case Study: BMW
5/17
Riding on the Razor’s Edge
5/18
Optimal Parameterization of an Engine Controller for Drag Racing
Case Study: HOERBIGER
5/21
Efficient Analysis of Model Behavior in ECU Function Development
5/22
Visualize and Parameterize Simulink Models Easily and Efficiently
High-Speed Measurements for Electric and Hybrid Vehicles
5/26
New Measurement Concepts Enable High Data Rates and
Frequent Sampling Times
AUTOSAR Analyzing AUTOSAR ECU Software with XCP
6/0
Convenient Debugging by Extending the AUTOSAR Basic Software
Plug and Play Solution for AUTOSAR Software Components
6/6
AUTOSAR ECU Development Process Using DaVinci and MICROSAR from Vector
6/12
Case Study: FAW
6/19
AUTOSAR Methodology in Practice
6/20
On-Board Diagnostics Meets AUTOSAR
6/24
Case Study: AUTOSAR
6/25
AUTOSAR in Heavy-Duty Vehicles
6/26
Integration of J1939 in AUTOSAR
AUTOSAR – Equipped for Everything?
6/30
User-friendly Configuration of AUTOSAR ECUs with Specialized Software Tools
6/34
AUTOSAR Goes Multi-Core – the Safe Way
6/40
AUTOSAR-Compliant Development of an In-car Radio Product
6/44
Using MICROSAR for the European Market
High-Rate Task Scheduling within AUTOSAR
6/48
New Opportunities With AUTOSAR
6/52
Functional Safety Model-Based Functional Safety in E/E System Development
7/0
SilentBSW – Silent AUTOSAR Basic Software for Safety-Related ECUs
7/4
Coexistence of Safety-Related and Non-Safety-Related Software
in one ECU by Protecting Memory Areas
Practical Implementation of Mixed-ASIL Systems
7/8
A Certified Operating System Simplifies the Development
of Safety-Related Software
Seamless Implementation of ECU Software Based on ISO 26262
7/12
Is this what the Future Will Look Like?
7/18
Implementing Fault Tolerant System Architectures with AUTOSAR Basic Software
Automotive Cyber Security Secure Communication for CAN FD
8/0
Integrated Development of Safety and Security Requirements
8/4
Cyber Security – Challenges and Practical Guidance
8/10
Success Factors for Security Engineering
Cyber Security for the Automotive Industry
8/18
Practical Experiences on the Application of Cyber Security
E-Mobility Inductive Charging Gives Trigger to Future of E-Mobility
9/0
ISO/IEC-15118 Standardization of Wireless Power Transfer
Smart Testing of Smart Charging
9/4
Consistent Test Case Coverage for Electric Mobility
Smart Charging
9/10
A Key to Successful Electric Mobility
ECU Testing for Electric and Hybrid Vehicles
9/14
Intelligent Measuring the Dynamic Power Consumption
New Bus Interfaces for Electric/Hybrid Vehicle Development
9/18
Realtime Performance Enables Flexible Use in the EV/HEV Development Field
Electric Mobility Makes Great Strides
9/22
626.6 Kilometers Under Real Conditions on One Battery Charge
Case Study: ZSW
9/27
Convenient Charging of Electric Vehicles
9/28
Smart Charging with MICROSAR IP Enables Flexible Charging Processes
and Easy Payment
Open Networks – SAE J1939 Networking Heavy-Duty Vehicles Based on SAE J1939
10/0
From Parameter Group to Plug-and-Play Application
Quo Vadis SAE J1939 Standardization
10/6
Integration of J1939 Systems in Practice
10/12
CAN and J1939 Under Extreme Duty Conditions
10/16
Vehicle Electronics Guarantees Functionality in Cold, Ice and Snow
Current Trends in Network Development for Heavy-Duty Vehicles
10/22
Factors of Success in Electronic Development
Open Networks – ISOBUS Automatic Interoperability Tests for ISO11783 Systems
10/26
Universal Test Solution Assures Compatibility
Forging New Pathways in Testing ISOBUS Task Controllers
10/30
Simulations Replace Inflexible and Time-Intensive Test Methods
Better Test Quality by Automation
10/36
Automated HIL Test System Ensures ISOBUS Functionality
of Agricultural Machines
Development of a Cooperative Tractor-Implement Combination
10/42
Open Networks – CANopen Prototyping and Testing CANopen Systems
10/48
Reaching Goals Rapidly with Minimal Effort
Automatic Testing of CANopen Devices
10/52
Consulting Lean Requirements Engineering
11/0
Improving Engineering Efficiency with PLM/ALM
11/4
Contents
These technical articles have been added since the last Pressbook edition.
