With the rapid increase of compute intensive tasks and workload, need hour is to manage total workload due resource constraints increased cost. For complex computations where multiple computer systems are required execute a single task such as in federated cloudlet environment, load balancing main challenge. Load means divide between all member nodes get maximum benefits from environment. A res...

Future sensor networks would comprise sensing devices with energy-harvesting capabilities from renewable energy sources, such as solar power. This paper focuses on design of efficient algorithms for multi-sensor activation to optimise overall event detection probability in presence of uncertainties in event and recharge processes. We formulate the dynamic multisensor activation question in a st...

In this paper, we propose a novel, cluster-based energy balancing scheme. We assume the existence of a fraction of “strong” nodes in terms of abundant storage, computing and communication abilities as well as energy. With the transformation of the flat network infrastructure into a hierarchical one, we obtained significant improvements in energy balancing leading to a longer connected time of t...

The work described in this report was performed by the National Renewable Energy Laboratory (NREL) and funded by the Office of the Energy Efficiency and Renewable Energy, U.S. Department of Energy (EERE DOE). This project is a joint project with the Pacific Northwest National Laboratory. With the anticipated rapid growth of variable generation such as wind and solar power, there is increasing i...

Cloud Computing is demand based service model where services, information, software and resources hosted on datacenters which are geographically distributed. Load balancing is very important due to the increase in cloud services traffic. Load Balancing is techniques are used that the whole load is distributed among total available datacenters in a distributive cloud system. So there should not ...

How to efficiently use energy is always one of most important issues in wireless sensor network(WSN) since the limited energy of sensor nodes. This paper presented a balancing energyaware sensor management protocol for WSN, namely BESM, based on PEAS(Probing Environment and Adaptive Sleeping). BESM allots more sleep time to those nodes that have less energy by two key means, i.e. negotiation st...