Sentence examples for development of grid from inspiring English sources
So far Globus has been a lead contender in the development of grid computing and is currently the only major e ort with open source availability.
This study will provide helpful insights to the relevant stakeholders and policy makers in the development of grid connected HRES system.
A Grid infrastructure that supports the participation of mobile nodes and incorporates security aspects will thus play a significant role in the development of Grid computing.
Consequently, the development of Grid programming environments that would enable programmers to efficiently exploit this technology is an important and hot research issue.
In addition, the development of grid codes for MTDS systems and, in particular, international codes are essential to inspire confidence to different grid operators for interconnecting each other through MTDC grids, which in turn will underpin MTDC grid development in the power industry [14].
Today, with the development of grid environments and an increased number of resources and geographical distribution, finding a resource discovery algorithm that can provide a user's required resources in a short time with low traffic, is an important task in resource discovery.
Mr. Metcalfe cited the development of "grid-computing software companies" that can use the power of millions of interconnected computers to solve problems related, say, to the human genome.
The growing need for the clean and renewable energy has led to the fast development of grid-connected tidal stream power generation systems all over the world.
In addition, spanwise length of computational domain is found to slightly influence the mean aerodynamic coefficients whereas it shows strong impacts on fluctuating aerodynamic coefficients, which motivates a development of grid-independent estimation method for quantitative evaluations of fluctuations.
The very recent development of grid-free seamless stochastic superparameterization methods for geophysical turbulence appropriate for "eddy-permitting" mesoscale ocean turbulence is presented here including a general formulation and illustrative applications to two-layer quasigeostrophic turbulence, and another difficult test case involving one-dimensional models of dispersive wave turbulence.
Trends and current practices in the design and development of grid-enabled portals (GeP) reveal the need to identify and fulfill certain additional relevant requirements in order to build applicable and usable grid-enabled portals for evolving computing platforms such as the utility computing (UC).
