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摘要

在过去几年中,我们目睹了能源危机和金融海啸这对不受欢迎的组合,在许多方面改变了世界,影响到我们大多数人。虽然企业正在努力摆脱低迷,但许多研究机构正在重新考虑如何投资他们的研发预算。我们认为强调超低功耗和节能电路和系统的先进研究活动是一个优先方向。在我们的研发主题列表中有超低电压电路和系统,能量收集电路和系统,基于通硅通孔(TSV)技术的3D集成,以及正常关闭计算技术。为了成功地综合所开发的基本技术,应考虑采用一种综合办法。因此,除了介绍和讨论上述工研院的研究课题外,我还将讨论一个系统级建模和评估平台,重点是功率/能源效率。
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Holistic approach to low-power system design
In the past few years, we have witnessed the energy crisis and the financial tsunami that played an unwanted duo, changing the world in many aspects that affect most of us. While companies are working hard in getting out of the slump, many research organizations are rethinking how their R&D budget should be invested. We consider advanced research activities stressing ultra-low power and energy-efficient circuits and systems a top-priority direction. Among our list of R&D topics are ultra-low voltage circuits and systems, energy-harvesting circuits and systems, 3D integration based on the Through-Silicon-Via (TSV) technology, and normally-off computing technologies. To be successful in integrating the basic technologies developed, a holistic approach should be considered. Therefore, in addition to introduction and discussion of the above research topics at ITRI, I will also discuss a system-level modeling and evaluation platform, emphasizing power/energy efficiency.
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