Adapting Software Components Dynamically for the Grid
A grid is a type of parallel and distributed system, which aims at exploiting the ability to share and aggregate distributed computational capabilities. The surfacing of dynamic execution environments such as 'Grids' forces scientific applications to take dynamicity. Dynamic adaptation of grid components in grid computing is a critical issue for the design of framework for dynamic adaptation towards self-adaptable software development components for the grid. This paper carries the systematic design of dynamic adaptation framework with the effective implementation of the structure of adaptable component. i.e., incorporating the layered architecture environment with the concept of dynamicity.