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RMI, RMI-IIOP and IDL Performance Comparison
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Java 2 RMI-IIOP IDL Performance Comparison
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CORBA and RMI-IIOP Performance Comparison
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Java2 Distributed Object Performance Comparison
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Performance Evaluation and Optimization of Java 2 Distributed Object Middleware
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Performance Assesment Networks for Distributed Object Architectures
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Java 2 Remote Method Invocation Performance Analysis, Comparison and Optimization for RMI, RMI-IIOP, and IDL
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Comparison of CORBA and Java RMI Based on Performance Analysis
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How to Store Java Objects,
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Integrating Legacy Systems in Distributed Object Architecture
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A Method for Integrating Legacy Systems within Distributed Object Architecture
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Legacy Systems in Distributed Object Architecture
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Getting to Know Java IDL
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Java IDL and Object Request Brokers
This column considers the new Java IDL facilities provided as part of the Java 2
platform. To do this it is divided into two parts, the first part reviews the CORBA
standard for Object Request Brokers (ORBs). The second part then describes Java
IDL and its interface to a CORBA compliant ORB as well as the ORB provided as
part of Java IDL.
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PERFORMANCE MONITORING OF JAVA
COMPONENT-ORIENTED DISTRIBUTED APPLICATIONS
We present a framework for monitoring the performance of component oriented
distributed applications based on the Enterprise Java Beans specification. The environment
leverages EJB architecture to monitor existing applications in real-time and to provide detailed
run-time information that help identify performance hotspots at an object-oriented level. It is
non-intrusive, portable across all EJB compliant application servers and easily extendable to
accommodate new data-acquisition or graphical presentation components. Current status of the
work serves as proof of concept and a complete implementation is under development.
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Implementing Real-time CORBA
with Real-time Java
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Java, RMI and CORBA
The impact of Java on the computing world is beyond doubt; just look at the bookshelves in the computing section of any bookstore, or attend any conference in the software industry. There are good reasons. The near-perfect portability of Java applications is a great boon in a multi-platform world; the ability to download Java applets and the close integration of Java with Web browsers make it an ideal medium for Web- and Internet-based development; its ease of use compared to its most popular object-oriented predecessor, C++, makes it accessible to a much wider range of developers and speeds the development process measurably. Java's praises having been sung, it behooves us to ask, what are its limitations?
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Performance Evaluation of Java And C++ Distributed Applications In A
CORBA Environment
Distributed applications are very common
many of which work on heterogeneous
platforms. The CORBA paradigm is a
middleware that allows for the development
of distributed applications in these
heterogeneous environments.
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