Invited Program | |
Component-Based Design of Embedded Systems (Abstract) | p. 1 |
AUTOSAR Appropriates Functional Safety and Multi-core Exploitation (Abstract) | p. 2 |
Hardware | |
Chip-Size Evaluation of a Multithreaded Processor Enhanced with a PID Controller | p. 3 |
Crash Recovery in FAST FTL | p. 13 |
Real-Time-Systems | |
Time-Predictable Computing | p. 23 |
OTAWA: An Open Toolbox for Adaptive WCET Analysis | p. 35 |
Ubiquitous Verification of Ubiquitous Systems | p. 47 |
Model-Based Design and Model-Checking | |
A Model-Based Design Methodology with Contracts to Enhance the Development Process of Safety-Critical Systems | p. 59 |
Combining Ontology Alignment with Model Driven Engineering Techniques for Home Devices Interoperability | p. 71 |
Rewriting Logic Approach to Modeling and Analysis of Client Behavior in Open Systems | p. 83 |
Sensor Nets | |
A Model-Driven Software Development Approach Using OMG DDS for Wireless Sensor Networks | p. 95 |
Reactive Clock Synchronization for Wireless Sensor Networks with Asynchronous Wakeup Scheduling | p. 107 |
On the Schedulability Analysis for Dynamic QoS Management in Distributed Embedded Systems | p. 119 |
Error Detection and System Failures | |
Error Detection Rate of MC/DC for a Case Study from the Automotive Domain | p. 131 |
Simultaneous Logging and Replay for Recording Evidences of System Failures | p. 143 |
Hard Real-Time | |
Code Generation for Embedded Java with Ptolemy | p. 155 |
Specification of Embedded Control Systems Behaviour Using Actor Interface Automata | p. 167 |
Building a Time- and Space- Partitioned Architecture for the Next Generation of Space Vehicle Avionics | p. 179 |
Middleware and Smart Spaces | |
EMWF: A Middleware for Flexible Automation and Assistive Devices | p. 191 |
An Investigation on Flexible Communications in Publish/Subscribe Services | p. 204 |
Mobile Agents for Digital Signage | p. 216 |
Function Composition and Task Mapping | |
Composition Kernel: A Multi-core Processor Virtualization Layer for Rich Functional Smart Products | p. 227 |
Mobile Phone Assisted Cooperative On-Node Processing for Physical Activity Monitoring | p. 239 |
Author Index | p. 253 |
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