ERSA 2012 - The International Conference on Engineering of Reconfigurable Systems and Algorithms (ERSA)

ERSA conference focuses on different approaches in engineering of reconfigurable systems: in hardware design and in implementing of algorithms; including theory, architecture, algorithms, design systems and applications that demonstrate the benefits of reconfigurable computing.
General Topics
The topics of interest include, but are not limited to:
Theory of Massively Parallelel Computing
Theoretical models of computing in space and time
Theoretical approaches of new computational aspects, including biologically inspired approaches
Adaptive computing
Mapping algorithms into hardware and synthesis of regular arrays
Parallelization and space-time partitioning of algorithms
System architectures using configurable computing platform
Newly developed algorithms for efficient implementation on reconfigurable systems
Software, CAD and Operating Systems
CAD, specification, partitioning and verification
Hardware compilation, hardware/software codesign, developing correct circuits
High and low-level languages and compilers, design environments
Operating systems and run-time reconfiguring
IP-based and object oriented models and mapping methods
Adaptive Hardware Architectures
Adaptive and dynamically reconfigurable systems
Reconfigurable processor architectures
Complex systems using reconfigurable processors
Application-tailored reconfigurable Systems-on-Chip
Energy efficient systems on reconfigurable computing platform
Applications
Wireless communication systems
Mobile communication systems, videophone, software radio, global positioning systems etc.
Multimedia and virtual reality
Video imaging, teleconferencing, data compression, image databases, computational geometry and computer graphics etc.
Automotive industry
Vehicle guidance, lane and obstacle detection, object recognition, traffic systems, navigation of robots etc.
Security systems
Object recognition and tracking, cryptology, Internet and security etc.
Classical image and signal processing
Digital filters, edge and line detection, morphological operators, motion and stereo estimation, discrete transformations, linear algebra, radar systems, object recognition etc.