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In this paper, we present a co-simulation framework that combines two main simulation tools, one that provides detailed multiple building energy simulation ability with Energy-Plus being the core engine, and the other one that is a distribution level simulator, Matpower. Such a framework can be used to develop and study district level optimization techniques that exploit the interaction between a...
Rising energy costs and negative environmental impact resulting from the generation of electricity, particularly when relying on fossil fuels, increase the need for energy-efficient computing. In addition to the optimization of hardware devices, the use of sophisticated software solutions for reducing energy consumption is an important area of current research. Distributing the load among servers...
. In this paper, we proposed a new Energy Aware Load-Balancing Architecture (E-Balance) which balances the load across the network and it decreases energy consumption. Foremost of all, we proposed an optimal system model. And so, we figured out our system model by optimization solver. The optimal model had two grave problems: computation complexity and the demand for a global vision of network status...
Energy preservation in computing systems is very important nowadays. A large percentage of the workload submitted to large-scale systems is bag-of-tasks (BoT) applications. Each BoT is a collection of independent tasks that do not communicate with each other. This type of tasks is used in astronomy, data mining and image processing. BoT load balancing has been studied in the literature from a performance...
Energy preservation in computing systems is very important nowadays. A large percentage of the workload submitted to large-scale systems is bag-of-tasks (BoT) applications. Each BoT is a collection of independent tasks that do not communicate with each other. This type of tasks is used in astronomy, data mining and image processing. BoT load balancing has been studied in the literature from a performance...
Heterogeneous networks (HetNets) have been considered as a promising technique for improving spectral efficiency, but the energy efficiency influenced by the fluctuation of user numbers should not be neglected to achieve green communications. We introduce the energy-efficient switch-off mode algorithm for pico cells to reduce power consumption in the self-organizing network (SON). Once the switch-off...
Load balancing and energy efficient are recognized as a crucial issue in ad hoc networks. Several routing protocols have been proposed in order either to distribute equitably the workload among the nodes of network or to consume in efficient way the residual energy of nodes. In this paper, a novel approach is proposed to enhance the AODV routing protocol by considering the node capacity for relaying...
This paper proposes a distributed routing protocol for ad hoc sensor networks which uses fuzzy logic. Each sensor uses a fuzzy decision making process to find the best cluster head. Simulation shows that this protocol is able to dynamically adapt to sensorspsila mobility and failure. By a new load balancing method, it provides also stable clusters and so a cluster head have greater lifetime, which...
This paper proposes a dynamic energy efficient clustering algorithm for mobile ad hoc networks (MANETs). The proposed algorithm elects first the nodes that have a higher energy and less mobility as cluster-heads, then periodically monitors the cluster-heads' energy and locally alters the network topology or the clusters to increase the network lifetime by reducing the energy consumption of the suffering...
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