&&&&&&&&&&&&&&&纯熟意外粤语
时装悬疑电视剧《纯熟意外》，故事背景以意外保险为题材，由吴启华、蔡思贝、李施嬅及黎诺懿领衔主演，监制陈耀全。讲述意外往往发生在无声无息之间，可有想过世上没有纯粹的意外，一切结果都有造成它的原因，因果呼应，无处可逃，避无可避。到底意外是真正的意外还是人为？
热播排行榜
评分排行榜&&&&&&&&&&&&&&&主君的太阳
苏志燮扮演角色&朱中原&是个连人际关系也用钱来换算，吝啬又贪心的&唯我独尊&型老板。孔孝真扮演角色&泰孔实&自发生事故之后，因能看见鬼神而彻夜难眠，将以内心阴暗且爱流泪却富有灵性的女秘书形象，展现她特有的可爱面貌。
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评分排行榜&&&&&&&&&&&&&&&埃及艳后
影片再现了古罗马时期，尼罗河皇后克莱奥帕特拉与两个情人之间的爱情故事，在上部中，野心勃勃的埃及女王为了政治目的，与罗马帝国的裘利斯&凯撤联姻，从而建立起横跨欧亚三洲的强大帝国。影片下部中，克莱奥帕特拉又与马克安东尼间发生了暴风雨般的爱情。
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"... Power dissipation has become one of the most critical factors for the continued development of both high-end and low-end computer systems. The successful design and evaluation of power optimization techniques to address this vital issue is invariably tied to the availability of a broad and accurate
Power dissipation has become one of the most critical factors for the continued development of both high-end and low-end computer systems. The successful design and evaluation of power optimization techniques to address this vital issue is invariably tied to the availability of a broad and accurate set of simulation tools. Existing power simulators are mainly targeted for particular hardware components such as CPU or memory systems and do not capture the interaction between different system components. In this work, we present a complete system power simulator, called SoftWatt, that models the CPU, memory hierarchy and a low-power disk subsystem and quantifies the power behavior of both the application and operating system. This tool, built on top of the SimOS infrastructure, uses validated analytical energy models to identify the power hotspots in the system components, capture relative contributions of the user and kernel code to the system power profile, identify the power-hungry operating system services and characterize the variance in kernel power profile with respect to workload. Our results using Spec JVM98 benchmark suite emphasize the importance of complete system simulation to understand the power impact of architecture and operating system on application execution. 1
"... This paper surveys the research on power management techniques for high performance systems. These include both commercial high performance clusters and scientific high performance computing (HPC) systems. Power consumption has rapidly risen to an intolerable scale. This results in both high operati ..."
This paper surveys the research on power management techniques for high performance systems. These include both commercial high performance clusters and scientific high performance computing (HPC) systems. Power consumption has rapidly risen to an intolerable scale. This results in both high operating costs and high failure rates so it is now a major cause for concern. It is imposed new challenges to the development of high performance systems. In this paper, we first review the basic mechanisms that underlie power management techniques. Then we survey two fundamental techniques for power management: metrics and profiling. After that, we review the research for the two major types of high performance systems: commercial clusters and supercomputers. Based on this, we discuss the new opportunities and problems presented by the recent adoption of virtualization techniques, and again we present the most recent research on this. Finally, we summarise and discuss future research directions. Key Words: High performance systems, Commercial clusters, Power management,
"... Energy-efficient system design and optimization is rapidly becoming an important consideration across a spec-trum of computing systems- from embedded and mobile de-vices to high end platforms. This paper presents recent re-search results and experiences when attempting energy op-timization at the so ..."
Energy-efficient system design and optimization is rapidly becoming an important consideration across a spec-trum of computing systems- from embedded and mobile de-vices to high end platforms. This paper presents recent re-search results and experiences when attempting energy op-timization at the software level, which is anticipated to have much more impact than micro-management of resources at the hardware level. 1
"... Abstract — Reducing power consumption has become a priority in microprocessor design as more devices become mobile and as the density and speed of components lead to power dissipation issues. Power allocation strategies for individual components within a chip are being researched to determine optima ..."
Abstract — Reducing power consumption has become a priority in microprocessor design as more devices become mobile and as the density and speed of components lead to power dissipation issues. Power allocation strategies for individual components within a chip are being researched to determine optimal configurations to balance power and performance. Modelling and estimation tools are necessary in order to understand the behaviour of energy consumption in a run time environment. This paper discusses a novel approach to power metering by estimating it using a set of observed variables that share a linear or non-linear correlation to the power consumption. The machine learning approaches exploit the statistical relationship among potential variables and power consumption. We show that
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"... This article appeared in a journal published by Elsevier. The attached copy is furnished to the author for internal non-commercial research and education use, including for instruction at the authors institution and sharing with colleagues. Other uses, including reproduction and distribution, or sel ..."
This article appeared in a journal published by Elsevier. The attached copy is furnished to the author for internal non-commercial research and education use, including for instruction at the authors institution and sharing with colleagues. Other uses, including reproduction and distribution, or selling or licensing copies, or posting to personal, institutional or third party websites are prohibited. In most cases authors are permitted to post their version of the article (e.g. in Word or Tex form) to their personal website or institutional repository. Authors requiring further information regarding Elsevier’s archiving and manuscript policies are encouraged to visit:}