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Future Trends on Adaptive Processing Systems

机译:自适应处理系统的未来趋势

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摘要

Today ubiquitous computing is steadily growing in daily life, leading to an increasing need of resource awareness especially for devices with limited energy source. The running applications may differ significantly in their requirements and priority and these variations can occur during a single running application as well. Apart from the applications' constraints, there are regularly restrictions regarding the power source, which can vary during runtime. To tackle these issues, the design should focus on systems that can dynamically optimize themselves, according to the current requirements. Adaptive processors offer great advantages, such as the possibility to reconfigure the microarchitecture to specific needs online. Thus, it is possible for the system to be optimized for each stage of the executing applications and the environmental conditions. The design space of adaptive systems is vast if many parameters can be adjusted during runtime. In order to develop and operate these systems, several different approaches must be taken into account. In this work, new design concepts are presented, together with a discussion of future trends in the field of adaptive processing systems.
机译:如今,无处不在的计算在日常生活中稳步增长,导致对资源感知的需求不断增长,尤其是对于能源有限的设备。运行中的应用程序在要求和优先级上可能有很大不同,并且这些变化也可能在单个运行中的应用程序中发生。除了应用程序的限制外,还有关于电源的常规限制,这些限制在运行时可能会有所不同。为了解决这些问题,设计应将重点放在根据当前要求可以动态优化自身的系统上。自适应处理器具有很大的优势,例如可以在线重新配置微体系结构以满足特定需求。因此,有可能针对正在执行的应用程序的每个阶段和环境条件对系统进行优化。如果可以在运行期间调整许多参数,则自适应系统的设计空间很大。为了开发和操作这些系统,必须考虑几种不同的方法。在这项工作中,提出了新的设计概念,并讨论了自适应处理系统领域的未来趋势。

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