可重构引擎的增量编程

Dong-U Lee, T. K. Lee, W. Luk, P. Cheung
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引用次数: 4

摘要

我们提出了一种增量的方法来开发程序的可重构引擎,系统包含指令处理器和可重构硬件。目的是支持原型的快速生产,以及在需要时进一步系统地改进和适应。我们的方法的关键元素包括基于高级描述的抽象和工具,以及用于优化的工具,例如特定于领域的数据分区和运行时重新配置。我们的方法的应用是用SONIC可重构引擎来说明的,该引擎包含一个多fpga卡,用于视频图像处理的PC系统。
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Incremental programming for reconfigurable engines
We present an incremental approach to developing programs for reconfigurable engines, systems which contain both instruction processors and reconfigurable hardware. The purpose is to support rapid production of prototypes, as well as their further systematic refinement and adaptation when required. The key elements of our approach include abstractions and tools based on high-level descriptions, and facilities for optimizations such as domain-specific data partitioning and run-time reconfiguration. The application of our approach is illustrated using the SONIC reconfigurable engine, which contains a multi-FPGA card in a PC system designed for video image processing.
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Evolution-based automated reconfiguration of field programmable analog devices Clustered programmable-reconfigurable processors Design and implementation of a novel architecture for symmetric FIR filters with boundary handling on Xilinx Virtex FPGAs Serial-parallel tradeoff analysis of all-pairs shortest path algorithms in reconfigurable computing A co-simulation study of adaptive EPIC computing
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