Titlebook: Architecture and CAD for Deep-Submicron FPGAS; Vaughn Betz,Jonathan Rose,Alexander Marquardt Book 1999 Springer Science+Business Media New

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Evolution, Kultur und Kriminalitätecifies the length of every wire in the FPGA, the type of switch used to make every connection, the switch block topology, the metal width and spacing of each routing wire, and several other related parameters. In the next section we more precisely define all the parameters determining an FPGA’s det

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The Springer International Series in Engineering and Computer Sciencehttp://image.papertrans.cn/b/image/161282.jpg

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Routing Tools and Routing Architecture Generation,ed, and the understandable architecture parameters used to describe an FPGA to VPR. We then explain how a routing architecture is represented internally, and how the succinct description provided by a user is . turned into this highly detailed architecture representation. Next, we describe the two r

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Global Routing Architecture,ibution of routing tracks across an FPGA; that is, the relative number of tracks contained in each channel of the FPGA. In the next section we describe some of the different types of global routing architectures, and explain why this is an important problem in FPGA design. Section 5.2 describes the

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Cluster-Based Logic Blocks,veral look-up tables and registers interconnected by local routing, as described in Section 3.1.1. In the next section we motivate our research by describing some of the advantages of cluster-based logic blocks, and by showing that these logic blocks are commercially relevant. Section 6.2 describes

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Detailed Routing Architecture,ecifies the length of every wire in the FPGA, the type of switch used to make every connection, the switch block topology, the metal width and spacing of each routing wire, and several other related parameters. In the next section we more precisely define all the parameters determining an FPGA’s det

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Conclusions and Future Work, research were described in Chapters 3 and 4, and are briefly summarized in Table 8.1. In Chapter 3, we developed the first publicly-described logic block packing tools targeting cluster-based logic blocks.. We also created a new simulated annealing based placement tool (the placement portion of bur