In this paper, we investigate the implementation of reconfigurable computing in commercial applications. A Reconfigurable Processing Unit, the Xilinx XC6200 is introduced and our design flow with the HOTWorks development system is shown. We show the design of reconfigurable computing versions of Photoshop plug-ins, and compare various approaches of implementation. We analyze the test result and...

Page 1 (9) Abstract—Information access through different radio access technologies, differentiation of service, user requirements, optimised resource utilization and environmental changes necessitate the availability of a reconfigurable modem for continued information exchange. The reconfigurable architecture and the reconfigurable strategies adopted for such a modem are of importance, to obtai...

DRAMSys: A flexible DRAM Subsystem Design Space Exploration Framework Methodology for Rapid Accelerator Development Applied to Financial Applications A Reconfigurable Application Specific Instruction Set Processor. Adaptive processor architecture invited paperMichael Hübner, Diana Göhringer, Carsten Tradowsky, Jörg KAHRISMA: A novel Hypermorphic Reconfigurable-Instruction-Set Cross-architectura...

New design methods and tools are needed to improve the process of designing dynamically reconfigurable logic. This paper reports on the revision and extension of Dynamic Circuit Switching (DCS), a CAD tool for specifying and simulating dynamically reconfigurable systems. The work introduces a new design framework, which exploits existing design practices where feasible, and proposes a new desig...

ii Also, an extensive state-of-the-art survey of the reconfigurable IP blocks is presented. Both main reconfigurable categories, i.e. fine grain and coarse grain, are covered and the most remarkable prevailing implementations are introduced extensively. Each of the architectures is categorized according to the computational granularity, communication topology and source of block, i.e., academic...

In Recent high-performance embedded system technology, applications are demanding very high performance from system with minimum available hardware resource. Due to this fast development, developer integrates more functionality into a single chip (Hardware). Reconfigurable architectures can adapt the behavior of the hardware resources to a specific computation that needs to be performed. Comput...

The current day manufacturing environment is characterized by numerous challenges and changes. A typical manufacturing company faces constantly changing product volumes and mix. It is commonly recognized that traditional manufacturing systems do not fit to present market competition and a shift is needed. A great amount of research efforts has been put on looking for new manufacturing systems. ...

Mobile wireless terminals tend to become multi-mode wireless communication devices. Furthermore, these devices become adaptive. Heterogeneous reconfigurable hardware provides the flexibility, performance and efficiency to enable the implementation of these devices. The implementation of an WCDMA and an OFDM receiver in the same coarse-grained reconfigurable MONTIUM processor is discussed. Keywo...

Reconfigurable architectures find the middle ground between flexibility and efficiency by limiting their flexibility to a particular algorithm domain. A domain specific reconfigurable architecture is both efficient and flexible. Recore Systems provides semiconductor IP solutions for programmable systems-on-chip. The coarse-grained reconfigurable technology of Recore promises to solve the flexib...

Reconfigurable architectures find the middle ground between flexibility and efficiency by limiting their flexibility to a particular algorithm domain. A domain specific reconfigurable architecture is both efficient and flexible. Recore Systems provides semiconductor IP solutions for programmable systems-on-chip. The coarse-grained reconfigurable technology of Recore promises to solve the flexib...