An energy-conscious exploration methodology for reconfigurable DSPs

J. Rabaey, M. Wan
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引用次数: 3

Abstract

As the "system-on-a-chip" concept is rapidly becoming a reality, time-to-market and product complexity push the reuse of complex macromodules. Circuits combining a variety of the macromodules (micro-processors, DSPs, programmable logic and embedded memories) are being reported by a number of companies. Most of these systems target the embedded market where speed, area, and power requirements are paramount, and a balance between hardware and software implementation is needed. Reconfigurable computing devices have recently emerged as one of the major alternative implementation approaches, addressing most of the requirements outlined above.
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可重构dsp的能源意识探索方法
随着“单片系统”概念迅速成为现实,上市时间和产品复杂性推动了复杂宏模块的重用。许多公司正在报道结合各种宏模块(微处理器、dsp、可编程逻辑和嵌入式存储器)的电路。这些系统中的大多数针对的是嵌入式市场,其中速度、面积和功率要求是至关重要的,并且需要在硬件和软件实现之间取得平衡。可重构计算设备最近成为主要的替代实现方法之一,解决了上面列出的大多数需求。
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