… If we compare a computational grid to an electric power grid, then in this view, the grid is
quasi-universal, and every user has the potential to act as a cogenerator. Skeptics respond that …

… entities in a computational grid is defined by the functionfity of the underlying grid system.
However, … A further d~tinction is that we view a grid computation as a dynamic group of peer …

… positions of the points for computational advantage, and variation of point density throughout
the grid. In recent years irregular computational grids have become increasingly popular for …

… of grid … grid hierarchies are also described and analyzed. Emphasis is on the fundamental
ideas, but the presentation includes practical guidelines for designing and implementing grid …

… computational grid to the electric grid brings to light other deficiencies in computational grids
… , proper division of the computational grid into regional pools, coordinated system operation …

… Here, we will discuss computational and information grids, … Grids, on the other hand, are
built on the analogy of users … to plugging into an electrical grid. Together, these two powerful …

… the development of a new type of “computational grid” infrastructure that provides predictable,
… Such Grid environments are being used to construct sophisticated, performance sensitive …

… Internet (and the emerging Computational Grid) demand that … exploration of dynamic Grid
software (or Grid resource) … run in arbitrary virtual grid resource environments, enabling …

… , and so there is a role for computational grids. In the next two … computational grid, and what
might motivate owners of computer systems to make them available as infrastructure for a grid…

… Since the discovery of grid cells in 2005, a number of models … grid patterns are generated,
maintained, and transformed, with particular emphasis on second-generation computational …