IEESD 2013: The 5th International IEEE Workshop on Industrial Experience in Embedded Systems Design
Date: Jul 22, 2013 7:00 am – Jul 26, 2013 4:00 pm
Location: Kyoto, Japan
Held in conjunction with COMPSAC, the IEEE Signature Conference on Computers, Software & Applications - July 22-26, 2013 - Kyoto, Japan
The development of systems (software and hardware) in the industrial domain is facing a continuously growing technical environment. The integration of embedded systems in such a complex sphere, the interaction of embedded systems with the environment as well as with any other arbitrary (embedded and non-embedded) systems are major questions in the design and development of large industrial systems (system-of-systems). Such technical systems range from small embedded devices up to PC-class systems and their specific requirements for the development of software have to be aligned with the need to keep up with the quality of the system over many development iterations and throughout the massive expansion of the potentially collaborating system of embedded systems. The complexity of such huge interrelated and networked embedded systems is not yet fully supported by current development methods/processes with their technologies and accompanying tools. There are still gaps in the different development phases as well as modeling concepts for large systems as mentioned above. Dynamic traceability information starting with the requirements going into the running systems needs to be enhanced to reach a better and online analysis of the quality of such complex technical systems. The design of such huge and interrelated systems becomes even more important with the need of e.g. an early simulation for an early prediction of possible failures and bottlenecks.
The theme of this workshop is to continuously gather current requirements of complex technical systems which are highly interrelated and embedded in a complex environment. We need to analyze the environments and the possible abstractions of such environments, e. g. towards an early and highly accurate simulation of embedded system designs. Different beneficial approaches for assessing and modeling such complex embedded systems are needed and will foster the application and further development of scientific approaches in the domain of large, interrelated and networked technical systems.
Papers are expected to cover (non-restrictively) one or more of the following topics:
- Experience reports with complex embedded technical systems out of different domains
- Model-Driven Development for complex embedded systems
- Product Lines Architectures, Software Architectures for complex embedded systems
- Testing of complex embedded Systems
- Evaluation and Analysis of Software Architectures
- Adaptable, Evolvable Software and Hardware Architectures, Execution Models and Runtime Platforms
- Development Methods, Processes and Tools for complex embedded Systems
- Networking Environments
- Coupling of Devices and Enterprise Applications
Submitted by Amy Karns
on
Date: Jul 22, 2013 7:00 am – Jul 26, 2013 4:00 pm
Location: Kyoto, Japan
Held in conjunction with COMPSAC, the IEEE Signature Conference on Computers, Software & Applications - July 22-26, 2013 - Kyoto, Japan
The development of systems (software and hardware) in the industrial domain is facing a continuously growing technical environment. The integration of embedded systems in such a complex sphere, the interaction of embedded systems with the environment as well as with any other arbitrary (embedded and non-embedded) systems are major questions in the design and development of large industrial systems (system-of-systems). Such technical systems range from small embedded devices up to PC-class systems and their specific requirements for the development of software have to be aligned with the need to keep up with the quality of the system over many development iterations and throughout the massive expansion of the potentially collaborating system of embedded systems. The complexity of such huge interrelated and networked embedded systems is not yet fully supported by current development methods/processes with their technologies and accompanying tools. There are still gaps in the different development phases as well as modeling concepts for large systems as mentioned above. Dynamic traceability information starting with the requirements going into the running systems needs to be enhanced to reach a better and online analysis of the quality of such complex technical systems. The design of such huge and interrelated systems becomes even more important with the need of e.g. an early simulation for an early prediction of possible failures and bottlenecks. The theme of this workshop is to continuously gather current requirements of complex technical systems which are highly interrelated and embedded in a complex environment. We need to analyze the environments and the possible abstractions of such environments, e. g. towards an early and highly accurate simulation of embedded system designs. Different beneficial approaches for assessing and modeling such complex embedded systems are needed and will foster the application and further development of scientific approaches in the domain of large, interrelated and networked technical systems. Papers are expected to cover (non-restrictively) one or more of the following topics:
- Experience reports with complex embedded technical systems out of different domains
- Model-Driven Development for complex embedded systems
- Product Lines Architectures, Software Architectures for complex embedded systems
- Testing of complex embedded Systems
- Evaluation and Analysis of Software Architectures
- Adaptable, Evolvable Software and Hardware Architectures, Execution Models and Runtime Platforms
- Development Methods, Processes and Tools for complex embedded Systems
- Networking Environments
- Coupling of Devices and Enterprise Applications
Submitted by Amy Karns
on