EMBEDDED 2013 - embedded world Exhibition & Conference 2013

Welcome to embedded world Conference 2013, the world’s biggest exhibition and conference on the design and application of embedded hard- and software. This is the annual international summit for design engineers and meeting point for innovative brains of
a whole industry which is very aware that its ideas and products are the driving force and guarantor of economic growth and social peace on this planet. The conference is notably shaping the character of "embedded world Exhibition & Conference" by setting trends, focusing important up-to-date topics ? always aiming at solutions and in step with actual practice. Right here you find engineers who pick up your ideas and turn them into reality, right here you are meeting professional colleagues driven by the same questions as you are, right here proposals for solutions and experiences are being discussed, evaluated and picked up. The conference is the reflection of an agile, innovative and responsible community of engineers, and you are a part of it. As a speaker you are at the heart of the leading international expert conference on embedded system design.
Submit your abstract and contribute to a whole industry’s success that is characterized by intensive exchange of ideas and the will to reach common goals. Nowhere else you can reach as many professional colleagues, nowhere else your ideas and suggestions are being multiplied worldwide ? only here, at the embedded world Conference 2013. With embedded systems getting more and more connected, with technologies like M2M, internet of things or cloud computing, security aspects are gaining importance. Hence the organizers of embedded world Conference 2013 are addressing the safety and security of embedded systems as a special focus topic. The international program committee is looking forward to your submission.


Here are some example topics for your submission:
Systems:
Embedded System Architectures
Reconfigurable Systems
Ultra Low Energy Applications and Systems
Energy Harvesting & Energy Autonomous Systems
Functional Safety Systems
Embedded PC and Industrial Computing
Hardware:
Microprocessor Architectures and Cores
Multicore Processors
System-on-Chip
Analogue and Power Devices
Memory in Embedded Systems
FPGA and ASIC Designs
Software:
Real-time Operating Systems
Embedded Linux
Android
Virtualization in Embedded Systems
Software Development Methods
Multicore Processing
Software Development in High Level Languages (C, C++, Java,...)
Software Quality
Digital Signal Processing
Open Source Projects
Tools & Design Flow:
Development Methods and Tools (agile, model-based, test-driven…)
Debugging Methods
System Level Design
Design Space Exploration and Verification
HW/SW Co-Design
Rapid and Virtual Prototyping
Verification, Simulation, and Test Methods
Performance & System Characteristics Analysis
Low-Power System Design
FPGA & SoC Design
PCB & Board Level Design
Communication:
Network Technologies and Bus Systems
Embedded Internet Technologies, Web Services and Cloud Computing
M2M-Communication
Wireless Technologies: Protocols, Profiles, Development, Commissioning, Simulation
Aspects of Secure, Energy-Efficient, and Real-Time Wireless Communication 3
Security
Cryptography
Smart card controller
Trusted computing
Security in the Embedded Cloud
Security in Embedded Applications
Security as a Precondition for Safety
Management:
Management of Embedded System Projects
Research Projects
Project Management: Methods and Tools
Certification
Quality Management
Collaborative Systems-Engineering & Software-Design
Product Life Cycle Management for Embedded Systems
Embedded Device Life Cycle Management
Version, Variant and Configuration Management
Application:
Traffic and Automotive Applications
Consumer Applications
Visualisation, Human Interface
Smart Grid and Smart Metering
Embedded Systems in Automation
Embedded Systems in Healthcare
With our tenth anniversary next year, and in addition to the important core topics that provide the widest learning experience, we are looking for submissions that are forward-looking and visionary. Over the next decade, how will the embedded world be different? What are the breakthroughs in technology that are yet to occur?
We do encourage all relevant submissions in response to this call for papers, so please do not feel restricted to the example topics provided.