Services for numerical simulations and optimizations in grids

Abstract

Numerical simulations are typically very compute intensive. A way to satisfy the arising demands for compute power is the employment of grid technology. But today, there exist only few tools, supporting the user in using grids for numerical simulations. Additionally, some basic problems of grid technology, are not solved with satisfaction. The goal of the project OptiNum-Grid was, to address these issues. We present a number of tools that were developed in the project. These are tools for parameter sweeps and optimizations in grids, for data security and automatic software installation, as well as for virtual environments in grids

Energy and End to End Delay Computation across Step Network under Distributed Environment

“…Authors have given control strategy wireless and wired sensors, optimization of temperature set points, through put sequence, VFD speeds, and air reheat and humidification controls. Limmer et al [3] have proposed the use of OptiNum-Grid element method through simulations, Analog circuit simulations and e-beam simulations for energy optimization. Ding et al [4] have described the method of the developments of distributed state estimation and distributed H filtering which are systematically reviewed.…”