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By Philippe Bonnot, Alberto Rosti, Fabio Campi, Wolfram Putzke-Röming, Nikolaos S. Voros (auth.), Nikolaos S. Voros, Alberto Rosti, Michael Hübner (eds.)

Dynamic method Reconfiguration in Heterogeneous Platforms defines the MORPHEUS platform that could subscribe to the functionality density good thing about reconfigurable applied sciences and the straightforward keep watch over features of normal function processors. It includes a System-on-Chip made up of a scalable procedure infrastructure web hosting heterogeneous reconfigurable accelerators, delivering dynamic reconfiguration features and data-stream administration features.

Moreover a toolset which deals a software-oriented technique for imposing facts in depth purposes at the chip is gifted. The toolset presents program layout strategy in line with excessive point programming languages up to possible.

Various functions from differnt domain names were chosen to force the improvement of the undertaking in assessing the MORPHEUS proposal approximately its computing functionality, usage flexibility and productivity.

The rising IEEE 802.16j regular for cellular Broadband instant entry structures is the bottom for a primary kind of functions. the second one software is within the quarter of telecommunication networks which calls for information charges as much as forty Gbit/s according to unmarried line. a 3rd software is set large electronic postprocessing of the flicks captured through camera or movie scanners in resolutions as much as 4K. The fourth program is ready photo processing for clever cameras.

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Extra resources for Dynamic system reconfiguration in heterogeneous platforms: the MORPHEUS approach

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It simply shows that the modules contained inside or overlapping the gray NoC ellipse are connected to the NoC. In Fig. 2, more information is given regarding the topology of the NoC and its use within the MORPHEUS platform. The dashed lines in Fig. 2 denote the interconnections in the NoC, whereas the boxes denote the NoC nodes. g. DREAM to XPP In transfer via ARM node). To avoid a possible overload of certain NoC interconnections, assumptions were made about the expected communication behavior of the modules, which are connected to the NoC.

It provides fast context switch among reconfiguration. The Pleiades Architecture [22] is a crossbar based structure built on an architecture template where a control processor drives an array of autonomous reconfigurable satellite processors that communicate over a reconfigurable network. The communication is managed by a data driven computation model. The data intensive parts of DSP applications are executed on the satellite processors. The ADRES architecture [23] by IMEC combines the capabilities of a VLIW along with the benefits of a reconfigurable array.

1 System & Application-Oriented C-Based Modeling Some extensions of C/C++ deal with System level modeling. Ratified as IEEE Std. 1666™-2005, SystemC™ is a language built in standard C++ by extending the language with the use of class libraries. A few commercial tools such as Coware ConvergenSC, Synopsys System Studio, ARM, Cadence, Intel, Mentor Graphic are based on SystemC. SystemVerilog IEEE 1800™ likewise is a rather new language built on the widely successful Verilog language and has emerged as the next-generation hardware design and verification language.

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