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Hardware implementation on a Xilinx Virtex4

机译:Xilinx Virtex4上的硬件实现

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摘要

This paper aims at introducing a methodology that allows an easy implementation of IP_Cores focusing only on their functionalities rather than their interfaces and their integration in a given architecture. The proposed approach implements all the communication infrastructure needed by a component described in VHDL, to be finally inserted into a real architecture that can be implemented on FPGAs, reducing the time to market of the final implementation on the system. To validate the entire methodology, we have performed a comparison based on the CoreConnect communication infrastructure, between our results with the classical Xilinx design flow using EDK and ISE.
机译:本文旨在介绍一种方法,允许轻松实现IP_Cores仅关注其功能,而不是它们的接口以及它们在给定架构中的集成。所提出的方法实现了VHDL中描述的组件所需的所有通信基础架构,最终将其插入到FPGA上可以实现的真实体系结构,从而减少系统上最终实现的时间。为了验证整个方法,我们已经基于Coreconnect通信基础架构进行了比较,在我们的结果与使用EDK和ISE的经典Xilinx设计流程之间。

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