Sentence examples for implementation of grid from inspiring English sources

This chapter provides an overview of the purpose, evolution, architecture, and implementation of Grid systems.

Many challenges remain in the design and implementation of Grid computing systems.

The conversion uses eclipse modeling framework plug-ins and graphical editing framework plug-ins to parse the models into platform specific models, which are responsible for implementation of grid services' clients and servers and their automatic deployment.

Take the detailed rules of the implementation of grid operation management for the north-west regional power plants in China as an example, according to Article No.31 [19], the deviation between the 96 points day-ahead forecasted PV power and the actual PV power should be less than 10%.

The value of α ass is set up according to the detailed rules of the implementation of grid operation management for the north-west regional power plants in China, which are shown in Table 2. Table 2 Coefficients of the assessment rewards or penalties RMSE 0~10%10%10% ~ 20%>20%% α ass (yuan/kWh) 0.1 −0.1 −0.1.

While we consider our conceptual approach to be correct, we are well aware of the limitations of existing implementations of grid tools.

The architecture and the current implementation of the grid portal GENIUS (Grid Enabled web eNvironment for site Independent User job Submission), jointly developed by INFN and NICE within the context of INFN Grid and DataGrid projects, is presented and discussed.

The architecture and the current implementation of the grid portal GENIUS (Grid Enabled web environment for site Independent User job Submission), jointly developed by INFN and NICE within the context of the INFN Grid and DataGrid Project, is presented and discussed.

The investments business includes the development and renovation of the company's grid assets, implementation of electric grid construction projects.

Due to the availability of modern technological tools and contributions of researchers toward smart grid, practical implementation of this grid becomes possible.

We conclude with a discussion of the challenges of obtaining highly scalable parallel performance for a software tool that combines both local mesh adaptivity, requiring efficient dynamic load-balancing, and a multigrid solver, requiring careful implementation of coarse grid operations and inter-grid transfer operations in parallel.