Abstract:

The objective of this paper is to design and implement an algorithm to transform an available 2D image into a 3D image. Since the available algorithms are time consuming  enhance the efficiency, Grid computing has been used to implement the same. Grid computing phenomenon can be defined as “A paradigm/infrastructure that enabling the sharing, selection, & aggregation of geographically distributed resources” .Images captured by devices such as digital camera are generally of two dimensional in nature. But to analyze the images that too in engineering applications the same two-dimensional image if transformed into a three-dimensional image without appreciable data loss will be very useful and effective for analysis. Conventionally there are some software packages available for converting a 2D image to 3D image. In java graphics API (jdk 1.5) a package for 2D to 3D is there with defined methods for generating algorithms. But when such an algorithm is being designed and developed it was found that it consumed much time for execution. So a new approach is used here for running such an algorithm over the concept of grid. To illustrate the phenomenon we have developed software which transforms a two dimensional objects to three dimensional objects. In this module, Grid computing has been employed as a platform since it is a rapidly developing field. Grid computing will be very useful in projects where complexity and time factors are essential. It can also be used effectively to improve the overall system efficiency.

Keywords: Grid service, Event, Object, Heterogeneity, Data sets, patterns, concept hierarchies, Load distribution and tool kit.

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