CSC/ECE 517 Fall 2010/ch6 6i CB: Difference between revisions
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The recent advances in the technology have resulted in evolution of many different computing architectures. In today's scenario interaction of computer applications in a distributed system is of prime importance. Allowing one computer to access application present on another computer is an example of need of a distributed system that manages these resources. The Common Object Request Broker Architecture is an effective resource in allowing interoperability of heterogeneous systems in a distributed systems. CORBA is emerging as a standard of distributed computing and has lot of advantages that make use of distributed computing. | The recent advances in the technology have resulted in evolution of many different computing architectures. In today's scenario interaction of computer applications in a distributed system is of prime importance. Allowing one computer to access application present on another computer is an example of need of a distributed system that manages these resources. The Common Object Request Broker Architecture is an effective resource in allowing interoperability of heterogeneous systems in a distributed systems. CORBA is emerging as a standard of distributed computing and has lot of advantages that make use of distributed computing. | ||
=Components= | |||
The Corba is composed of five major components | |||
==ORB Core== | |||
In the [http://www.omg.org/oma/ OMA] object model, objects provide services and clients issues requests for those services to be performed on their behalf. | |||
=Features= | =Features= | ||
CORBA was designed by [http://www.omg.org/ Object Management Group] to provide an object oriented interoperability of applications in a distributed systems. The use of Object Oriented Design, analysis and design using CORBA allows for great re-usability across systems. Advantages of Object Oriented Features such as inheritance, encapsulation and dynamic binding are implemented in CORBA. | CORBA was designed by [http://www.omg.org/ Object Management Group] to provide an object oriented interoperability of applications in a distributed systems. The use of Object Oriented Design, analysis and design using CORBA allows for great re-usability across systems. Advantages of Object Oriented Features such as inheritance, encapsulation and dynamic binding are implemented in CORBA. | ||
Revision as of 16:10, 13 November 2010
CORBA
Introduction
CORBA is an acronym for Common Object Request Broker Architecture. It is a vendor independent architecture and infrastructure that computer applications use to work together over networks. A Corba based program from any vendor, on almost any computer, operating system, programming language can interact with a corba based program from any vendor on any computer, operating system, programming language. It uses IIOP protocol to form the communication between two Corba based programs.
Need for CORBA
The recent advances in the technology have resulted in evolution of many different computing architectures. In today's scenario interaction of computer applications in a distributed system is of prime importance. Allowing one computer to access application present on another computer is an example of need of a distributed system that manages these resources. The Common Object Request Broker Architecture is an effective resource in allowing interoperability of heterogeneous systems in a distributed systems. CORBA is emerging as a standard of distributed computing and has lot of advantages that make use of distributed computing.
Components
The Corba is composed of five major components
ORB Core
In the OMA object model, objects provide services and clients issues requests for those services to be performed on their behalf.
Features
CORBA was designed by Object Management Group to provide an object oriented interoperability of applications in a distributed systems. The use of Object Oriented Design, analysis and design using CORBA allows for great re-usability across systems. Advantages of Object Oriented Features such as inheritance, encapsulation and dynamic binding are implemented in CORBA.