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Optimization of memory organization and hierarchy for decreased size and power in video and image processing systems

机译:优化内存组织和层次结构,以减少视频和图像处理系统的大小和功耗

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Video and image processing applications deal with large amounts of data which have to be stored and transferred. As the initial system specification describing these data manipulations heavily influences the final memory organization and hierarchy, there is a clear need for exploration support. We believe that the emphasis should lie on fast but accurate estimation and on the high-level steering of the involved system transformations. In this paper, a system exploration environment called ATOMIUM, is presented that supports these requirements. To illustrate the effectiveness of our approach, two realistic demonstrators are worked out and design results are described.
机译:视频和图像处理应用程序处理大量必须存储和传输的数据。由于描述这些数据操作的初始系统规范会严重影响最终的存储器组织和层次结构,因此显然需要探索支持。我们认为,重点应该放在快速而准确的估算上,以及对所涉及的系统转换的高层指导。在本文中,提出了一种支持这些要求的名为ATOMIUM的系统探索环境。为了说明我们方法的有效性,我们设计了两个现实的演示者并描述了设计结果。

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