CORBA (Common Object Request Broker Architecture), is a distributed object architecture that allows objects to interoperate across networks regardless of the language in which they were written or the platform on which they are deployed. It also allows developers to write applications that are more flexible and future-proof, to wrap legacy systems, and to code in the language they know best.

Service Definition CORBA Technology Description CORBA Basics CORBA , Java code examples and demos How does binding work in CORBA How to write CORBA objects Details on Object Management Architecture (OMA) What's new with CORBA 3.0 Best practices in distributed object application development: RMI, CORBA and DCOM Building Large Scale CORBA-Based Systems CORBA as an LDAP Server Datastore Exception Handling In CORBA-Based Systems Efficient high volume data Transfers over CORBA Load Distribution for CORBA Environments CORBA Components reuse for Knowledge-Based Systems Guidelines for Distributed Object Systems Interoperable Heterogeneous Data Access with CORBA and Ada OMG IDL to Ada '95 Translator Workflow Management based on Components and Object Services Applying CORBA in the Enterprise Component Wrapping using Component Based Development Evaluating Object Request Brokers Key Architecture Requirements for Enterprise CORBA Systems Planning your middleware strategy COM/CORBA Interoperability IDL to COBOL Mapping Specification Event Service demo Improvising the Event Service bottlenecks Interoperable Naming Service Persistence of distributed objects Securing distributed systems Developing trading service Transaction service - scaling for the enterprise needs Integrating CORBA Objects with RDBMs Integrate UML and CORBA IDL IIOP Specifications IDL to Java Mapping Object Level Fault Tolerance for CORBA-based Distributed Computing CORBA for Messaging and Fault Tolerance Portable Object Adpator Real Time CORBA CORBA Scripting Language

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