Fuel, fans, and cores - An introduction to selected papers from HotPower 2013

Kushagra Vaid, Lin Zhong
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Abstract

As the Program Co-Chairs for HotPower 2013, we are delighted to have this opportunity and write a few words about the workshop, especially three selected papers presented there. Started in 2009 by Feng Zhao, HotPower, a.k.aWorkshop on Power-Aware Computing and Systems, has provided a forum in which researchers and practitioners present the latest research and debate directions, challenges, and novel ideas about building energy-efficient computing systems. It has been co-located with either SOSP or OSDI, mainly attracting people who build and manage systems; and 2013 was its fifth occurrence. We received 38 submissions in 2013, reviewed primarily by a Program Committee (PC) of 17. The PC members came from both industry and academia roughly 50-50; their expertise collectively covered a wide range of computing systems from sensors to data centers and from micro architecture to human factors. The submissions were reviewed in a single round; most of them received four or more reviews. After some on-line discussion, 19 submissions went into a half-day virtual PC meeting; and 13 of them were accepted for the workshop program. The 13 accepted papers were representative of the submissions with authors from four continents. They came from both academia and industry roughly 50-50. The workshop ran for a day started by a keynote by Ranveer Chandra from Microsoft Research about the energy optimization work he had transferred to Microsoft’s products, and ended by a panel discussion about the energy efficiency of data centers with Rini Kaushik (IBM Research), Brian Lewis (Intel Labs), and Jie Liu (Microsoft Research). The workshop drew a loyal crowd that filled the room as shown by Figure 1. The authors of one paper were not able to attend the workshop physically due to visa issues but stayed up overnight to present their paper and answer questions from the other side of the globe, via Skype. It is usually a tough job for PC chairs to select a few papers to represent a technical program. We had an easy one: we ranked the accepted papers by their average overall scores by reviewers and the top three are the ones we picked. They coincidentally covered all three major aspects of power : thermal management, energy supply, and battery lifetime. They also covered Figure 1: Aaron Carroll from NICTA presenting one of the three selected papers in the last session of the workshop (Courtesy of Feng Zhao)
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燃料、风扇和核心——HotPower 2013精选论文介绍
作为HotPower 2013的项目联合主席,我们很高兴有这个机会为研讨会写几句话,特别是三篇精选的论文。2009年,由赵峰发起的“热功率”研讨会为研究人员和实践者提供了一个论坛,在这个论坛上,研究人员和实践者展示了最新的研究成果,并就构建节能计算系统的方向、挑战和新想法进行了辩论。它与SOSP或OSDI共存,主要吸引构建和管理系统的人员;2013年是第五次。2013年,我们收到了38份意见书,主要由17人组成的项目委员会(PC)进行审查。PC成员来自工业界和学术界,大约各占一半;他们的专业知识涵盖了从传感器到数据中心,从微架构到人为因素的广泛计算系统。提交的作品只进行了一轮评审;其中大多数获得了4个或更多的评论。经过一些在线讨论,19份意见书进入了为期半天的虚拟PC会议;其中有13人被工作坊项目录取。被接受的13篇论文代表了来自四大洲的作者提交的论文。他们来自学术界和工业界,大约各占一半。研讨会持续了一天,首先是来自微软研究院的Ranveer Chandra关于他转移到微软产品的能源优化工作的主题演讲,最后是由Rini Kaushik (IBM研究院)、Brian Lewis(英特尔实验室)和Jie Liu(微软研究院)参加的关于数据中心能源效率的小组讨论。研讨会吸引了一群忠实的人,他们挤满了整个房间,如图1所示。一篇论文的作者由于签证问题无法亲自参加研讨会,但他们熬了一夜,通过Skype展示了他们的论文,并回答了来自地球另一端的问题。对于个人电脑主席来说,选择几篇论文来代表一个技术项目通常是一项艰巨的工作。我们有一个简单的方法:我们根据审稿人的平均总分对被接受的论文进行排名,我们挑选出前三名。它们巧合地涵盖了电源的三个主要方面:热管理、能源供应和电池寿命。他们还介绍了图1:来自NICTA的Aaron Carroll在研讨会的最后一届会议上展示了三篇入选论文中的一篇(由Feng Zhao提供)
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