The Oracle database is a collection of data. In oracle database, every datum is treated as a unit. Each unit is assimilated to be known as a database. Database keeps data as units. It helps store and retrieve relevant information easy to end users. When a single database allows users from different zones to store and retrieve relevant information, then it becomes a database server. It becomes a multiplier environment. Server works in a multimedia environment. It stores a large amount of data in a single centralized location. Multiple access, stores and retrieves data from a single database server. It requires high percentages of efficiencies to reduce data redundancies. A relational database server prevents brute-force users from unauthorized access. Database server backs up the database automatically to prevent immediate data loss during imminent failure situations.
An oracle database is suitable for enterprise grid computing environments. Enterprise grid computing deals with specialized formulation of database where data are shown in units in a pattern which are regularly spaced with horizontal and vertical lines. Here data are considered as units and distributed throughout every space of the database server. The Oracle database server provides a cost effective way to manage huge databases of information in server computing environment. In an enterprise, there is a large pool of grid data which require being retrieved from time to time for data storing and data retrieval processes. It reduces peak work load on the database server. Peak workload refers to considerable amount of retrieval of the same data from multiple locations. In a relational database environment capacities can be easily increased and decreased in accordance with stability of server environments.
Oracle database structure and grid architecture:
A database deals with two structures namely physical and logical structures. Both are separate and work in separate environments. Physical storage of data deals with server side real storage of data. Logical storage of data deals with users who interact with the application to connect with the database server. Bodily structure of data can be managed without affecting so much of logical structure of data.Oracle database structure deals with grid computing environment.
A grid computing environment is hugely popular among enterprise units. A grid computing environment is internet technology architecture. It provides low cost management of the database server. Grid computing provides sufficient room for proper management of application deployment release. It provides sufficient room for the establishment of modern hardware, software components. It provides amenities for proper interconnectivity of different business needs. Grid computing has every solution for common problems resulting from dynamic business needs.
Benefits of grid computing:
Modern business has to open different nodes which were not known to business only a few years ago. Modern businesses have to deal with internet presence and innovative offline attendances. With welfare governments at doorstep, it provides various amenities for a greater role of corporate social responsibilities. Grid computing removing impending problems arising out of hardware compatibility issues. It provides greater accesses to dedicate hardware and provides room for future expansions. A brilliant database server should have well integrated information without the need for the impending problem of fragmentation.
Grid computing has no single point of failure. It is under a decentralized structure. It optimizes most parts of its usages. It provides reduced maintenance costs. It does not depend upon colossal size of application management. It is similar to the new runtime module of android devices. New ART modules which are a run time environment of android application environment run with the principle of application on demand.