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引用次数: 2

摘要

为了大幅提高能源效率,我们认为未来的计算机处理器需要超越并行化,并提供自定义和专门化的架构支持,以便处理器架构可以适应和优化不同的应用领域。可以对计算核心、内存层次结构和片上网络进行定制,以便有效地适应不同的工作负载。此外,我们相信未来的处理器架构将广泛使用加速器来进一步提高能源效率。这样的体系结构提出了许多新的挑战和机遇,例如加速器调度、共享、内存层次结构优化以及有效的编译和运行时支持。在这次演讲中,我将介绍我们在领域特定计算中心在这些领域正在进行的研究。
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Era of customization and specialization
In order to drastically improve the energy efficiency, we believe that future computer processors need to go beyond parallelization, and provide architecture support of customization and specialization so that the processor architecture can be adapted and optimized for different application domains. Customization can be made to computing cores, memory hierarchy, and network-on-chips for efficient adaptation for different workload. Also, we believe that future processor architectures will make extensive use of accelerators to further increase energy efficiency. Such architectures present many new challenges and opportunities, such as accelerator scheduling, sharing, memory hierarchy optimization, and efficient compilation and runtime support. In this talk, I shall present our ongoing research in these areas in the Center for Domain-Specific Computing.
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