Dynamically Reconfigurable Systems: Architectures, Design by Alexander Thomas, Jürgen Becker (auth.), Marco Platzner,

By Alexander Thomas, Jürgen Becker (auth.), Marco Platzner, Jürgen Teich, Norbert Wehn (eds.)

Dynamically Reconfigurable Systems is the 1st ever to target the rising box of Dynamically Reconfigurable Computing structures. whereas programmable good judgment and design-time configurability are good elaborated and lined via a variety of texts, this booklet offers a special assessment over the state-of-the-art and up to date effects for dynamic and run-time reconfigurable computing systems.

Dynamically Reconfigurable Systems ambitions graduate scholars, researchers and practitioners alike. it really is hugely suggested as studying fabric for the complex graduate point and for researchers beginning to discover dynamic and run-time reconfigurable platforms.

Reconfigurable isn't just of maximum significance for giant brands and proprietors of microelectronic units and platforms, but in addition a truly beautiful expertise for smaller and medium-sized businesses. therefore, Dynamically Reconfigurable Systems additionally addresses researchers and engineers actively operating within the box and offers them with details at the most up-to-date advancements and developments in dynamic and run-time reconfigurable systems.

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Extra info for Dynamically Reconfigurable Systems: Architectures, Design Methods and Applications

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The host system interface can be realized by using the AMBA AHB backbone system. This version is interesting especially if HoneyComb is used as part of a System-on-a-Chip (SoC). In this case each IOHC implies master and slave interfaces to have a direct memory access (DMA) to the system memory as well as direct communication to other bus masters. Is the HoneyComb architecture used on a single chip solution proprietary protocols should be used. For the final prototype of the HoneyComb architecture the internal interface of the IOHC to the system will be used.

However, they Fig. 5 Examples for the connectivity in a horizontal connection box with exemplary periodic interconnect patterns. 2 Reconfigurable Components for Application-Specific Processor Architectures 31 have the highest implementation costs. Periodic tracks use a special connection type best suited for arithmetic datapaths, where signals on a bus are typically ordered by the weight of their bits. Accordingly, periodic routing channels have a window of connection points that “slides” across the tracks with a given “velocity”.

8 eFPGA design flow including physical implementation, configuration, and model building. of today’s best practice low power strategies used in physically optimized (“full custom”) ASIC design can be applied. These strategies range from clock gating or even powering down of non-used sub-blocks, automated device sizing down to automated so-called random modulation (optimal device threshold voltage selection). Moreover that, further even more attractive low power approaches like energy saving clock systems with inter-phase charge balancing and reverse back biasing based leakage current reduction allow for very low power features without compromising the initial goals of the application domain specific eFPGA concept.

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