可重构系统的下一个重大飞跃

Paul L. Master
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引用次数: 8

摘要

自适应计算的时代已经来临,它赋予工程界在计算方面的下一个巨大飞跃;一种将算法元素直接映射到动态硬件资源上以创建任务所需的精确硬件的算法,一个时钟周期一个时钟周期。这个强大概念的结果是一个计算平台,它将最好的硬件和软件结合到一个强大的设计和创新技术中。自适应计算机(ACM)是自适应计算的第一个实例。ACM通过在空间和时间上动态配置的高度灵活的架构提供asic级的性能和低功耗,从而使软件成为所需的硬件。ACM固有的适应性和高性能使下一代移动和无线设备成为具有多种功能的个人通信器,包括流媒体和数字成像等先进功能,以及用于世界电话功能的软件定义无线电(SDR)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The next big leap in reconfigurable systems
The age of adaptive computing is upon us, empowering the engineering community with the next big leap in computing; one in which algorithmic elements are mapped directly on to dynamic hardware resources to create the exact hardware needed for a task, clock cycle by clock cycle. The outcome of this powerful concept is a computing platform that combines the best of hardware and software into a powerful enabling technology for design and innovation. The Adaptive Computing Machine (ACM) is the first instantiation of adaptive computing. The ACM offers ASIC-class performance and low power consumption by means of a highly flexible architecture that is dynamically configured, both spatially and temporally, so that software becomes the needed hardware. The inherent adaptability and high performance of the ACM enable next-generation mobile and wireless devices to become personal communicators with multifunctionality that includes advanced features, such as streaming media and digital imaging, as well as software defined radio (SDR) for world phone capabilities.
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