A Modeling Framework for Automotive Embedded Control Systems
An Aggregate Framework for Vehicle-Electronic Architecture Requirements Development
Automatic Model Based Partitioning of Distributed Automotive Electric Systems
Meeting the Challenges in a Collaborative OEM-Supplier Development of Distributed Embedded Systems
Impact of Fault Tolerance Mechanisms on X-by-Wire System Dependability
AMI-C Content-Based Human Machine Interface (HMI)
Fault-Tolerant Clock Synchronization for Safety-Critical Applications
Visual User Interfaces for Telematics
2002-01-1170 Rapid Application Development for Embedded Systems Using CAN Calibration Protocol
2002-01-1169 Embracing the Systems Approach to Automotive Diagnostics
2002-01-0876 Practical Application of Model-Based Software Design for Automotive
2002-01-0878 Extensible and Upgradeable Vehicle Electrical, Electronic, and Software Architectures
2002-01-0872 The Embedded Cake: A Layers Model of Embedded Systems
2002-01-0873 Robust Embedded Software Begins with High-Quality Requirements
2002-01-0875 Automotive Software Development: A Model Based Approach
2002-01-1171 Automating FNOS Vehicle Network System-Level and Module-Level Testing
Specifying Adaptations through a DSL with an Application to Mobile Robot Navigation
2005-01-1279 Distributed Control System Development for FlexRay-based Systems
2005-01-1289 Going Beyond White-Box Testing Through the Use of Abstract Semantic Analysis