Titlebook: Disruptive Logic Architectures and Technologies; From Device to Syste Pierre-Emmanuel Gaillardon,Ian O’Connor,Fabien Cle Book 2012 Springer

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泥土謙卑

Robert Baker,Dorothy Porter,Roy Portero size a large transistor vertically without a large impact on the projected area. In this case, the critical path delay may be reduced up to 49% compared to the traditional scaled MOS. Regarding the area metric, the best improvement was reached by the vertical NWFET technology with an improvement o

小溪

https://doi.org/10.1007/978-94-015-8228-5 sublithographic silicon nanowire crossbar process. It is worth noticing that using the crossbar organization helps to compact the dimensions (up to 6×) required by the logic circuits. Nevertheless, a technological process build around a sublithographic arrangement of nanowires is highly unreliable,

不怕任性

https://doi.org/10.1007/978-0-585-27444-7mpact of the fixed interconnect topologies. We showed that the Modified Omega topology gives the best mapping rates on the structure with about 90% of mapping success for 6-node graphs. In a second approach, complete architectural benchmarking was conducted and we showed that the proposed architectu

使害羞

Background and Motivation to propose a digital reconfigurable circuit based on real-life disruptive technologies. This is an important point, since even if a potential technology opens the way towards new phenomena, it is fundamental to work closely with technologists and to keep in mind its feasibility from an industrial p

使害羞

Architectural Impact of 3D Configuration and Routing Schemeso size a large transistor vertically without a large impact on the projected area. In this case, the critical path delay may be reduced up to 49% compared to the traditional scaled MOS. Regarding the area metric, the best improvement was reached by the vertical NWFET technology with an improvement o

演繹

Disruptive Logic Blocks sublithographic silicon nanowire crossbar process. It is worth noticing that using the crossbar organization helps to compact the dimensions (up to 6×) required by the logic circuits. Nevertheless, a technological process build around a sublithographic arrangement of nanowires is highly unreliable,

下垂

Disruptive Architectural Proposals and Performance Analysismpact of the fixed interconnect topologies. We showed that the Modified Omega topology gives the best mapping rates on the structure with about 90% of mapping success for 6-node graphs. In a second approach, complete architectural benchmarking was conducted and we showed that the proposed architectu

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