Energy-aware GUI Design and Run-time Application Adaptation, and Power Management/Scaling for Mobile Computers

移动的计算机的能量感知GUI设计和运行时应用程序适配以及功率管理/缩放摘要现代移动的计算系统是数百万用户生活中不可或缺的一部分。虽然最新的微处理器使这些设备能够提供更好的服务，但降低能耗仍然是一个主要的设计挑战。用于交互式移动的系统的能量减少技术还没有被很好地理解。这项工作的目标是开发方法和工具，以减少从显示，应用程序和操作系统（OS）的角度来看，交互式系统的能源消耗。我们将解决以下问题：节能的图形用户界面（GUI）设计，能源感知的应用程序适配框架，和操作系统支持的动态电源管理（EVM）和动态电压缩放（DVS）的研究结果将在Web上提供。它还将通过PI领导的NJCST嵌入式系统芯片设计中心的附属公司传播给业界。目前，有三家公司正在将PI小组开发的工具商业化。这为技术转让提供了更多的途径。

Energy-aware GUI Design and Run-time Application Adaptation, and Power Management/Scaling for Mobile ComputersAbstractModern mobile computing systems are an integral part of the lives of millions of users. Although the latest microprocessors enable these devices to provide improved services, reducing energy consumption remains a major design challenge. Energy reduction techniques for interactive mobile systems are not well understood. The objective of this work is to develop methodologies and tools to reduce energy consumption of interactive systems from the display, application and operating system (OS) perspectives. The problems that we will tackle are as follows: Energy-efficient graphical user interface (GUI) design, Energy-aware application adaptation framework, and OS-supported dynamic power management (DPM) and dynamic voltage scaling (DVS).The results of the research will be made available on the Web. It will also be disseminated to the industry through the companies affiliated with the NJCST Center for Embedded System-on-a-Chip Design that the PI heads. Currently, three companies are commercializing tools developed in the PI's group. This offers additional avenues for technology transfer.