24795-1

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24795-1 Application Field And Working Principle

24795-1 is a standard for the operation and structure of computer software, known as the Common Object Request Broker Architecture (CORBA). It is a core component of the Object Management Group’s (OMG) open source distributed computing environment and provides a common way for applications to interact with each other over a network. This standard is important in networking applications due to its flexibility and scalability.

The CORBA architecture enables the interoperability of system components regardless of where they are located or how they were developed. It allows components of applications on different operating systems to communicate, both inside a single system and also between systems located anywhere in the world. This capability gives system designers and application developers a powerful way to integrate distributed components, enabling multiple functions to be provided much more efficiently.The standard establishes a distributed object model whereby each component exists in its own process space, running on some form of computer or network hardware. CORBA objects interact with each other through a common set of communication conventions and object-oriented programming paradigms. While these interactions take place across a number of different technologies, they all share the same API that acts as the bridge between the different parts. This API defines a common interface for communication between objects. It includes routines for determining how an object is constructed, how it interfaces with other objects, and how it can be accessed and used.

In order to facilitate interoperability, the CORBA standard takes advantage of the long-standing conventions of Object-Oriented Programming (OOP), such as encapsulation, polymorphism, and inheritance. Encapsulation allows data to be hidden and manipulated within the scope of the object, while polymorphism provides the ability to use different data types while still maintaining a consistent programming interface. Inheritance allows same concept, such as class and objects, to be abstracted between different applications. By taking advantage of these features, the standard encourages the development of a robust and consistent software architecture that is capable of scaling with the needs of an application.

In addition to the core principles of OOP, the CORBA standard also mandates the use of standard formats for communication, such as XML, as well as protocols for exchanging data, such as IIOP (used for transporting data and exchanging information between components). This standardized format enables components to communicate without knowing the specifics of the actual platform on which they are deployed. In this regard, the standard enables developers to create distributed solutions without having to develop and maintain any specialized code.

Finally, the CORBA standard provides a number of features for security, such as data encryption and authentication. These security measures are important for the safe operation of distributed applications that communicate over the public Internet, as well as help protect against attacks from malicious sources. This ensures that users are able to access and use applications securely and with confidence.

Conclusion

The CORBA standard is a powerful tool for designing distributed applications. Its interoperability features allow components to communicate with each other using a common set of communication conventions and object-oriented programming paradigms. Furthermore, the standard mandates the use of standard formats and protocols for exchanging data, and provides security features for protecting applications from malicious attacks. This makes the CORBA standard an essential component for any large-scale distributed application project.

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