In the world of embedded architectures, energy consumption and the reliable performance are the two important parameters where the limelight of the research is required. When embedded architectures are used as the Internet of Things, these two parameters plays the very important role in the better performance. Several algorithms have been designed for the energy consumption in the embedded architectures and systems. Considering all the characteristics of the systems, a new algorithm called Energy Efficient Scheduling Algorithm for the multi-core heterogeneous embedded architectures has been proposed. This algorithm works on the mechanism of the cognitive theory which is followed to solve many problems in the engineering field. The algorithm uses the principle of the Adaptive Intelligent Mechanism for the energy consumption and performance metrics. The Algorithm has been tested with the different multi-core test beds by incorporating the different features of the embedded architectures. The proposed algorithms have been compared with the existing algorithms and it is tested under the various circumstances.

中文翻译：

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多核异构嵌入式体系结构的节能调度算法

在嵌入式体系结构的世界中，能耗和可靠性能是需要引起人们关注的两个重要参数。当嵌入式体系结构用作物联网时，这两个参数在提高性能方面起着非常重要的作用。已经针对嵌入式架构和系统中的能耗设计了几种算法。考虑到系统的所有特性，提出了一种用于多核异构嵌入式体系结构的新算法，称为节能调度算法。该算法基于认知理论的机制，解决了工程领域的许多问题。该算法将自适应智能机制的原理用于能耗和性能指标。通过结合嵌入式体系结构的不同功能，已使用不同的多核测试平台对算法进行了测试。所提出的算法已与现有算法进行了比较，并在各种情况下进行了测试。