message-oriented middleware

Like databases, MQ products, sometimes referred to as message-oriented middleware (MOM), have been around for quite some time.

There seems to be a general feeling that Message-oriented Middleware (of which JMS is a part) and XML belong together.

Event-Based Middleware is not always considered as a class of its own since it closely resembles to Message-Oriented Middleware.

What I got was a lesson in message-oriented middleware (MOM) and a glimpse into the future of service-oriented architecture (SOA).

As it turns out, GAE is an excellent example of a message-oriented middleware system.

In many ways, message oriented middleware can be considered an elder-statesman of interoperability.

Many enterprise architectures rely on message-oriented-middleware systems (MOMs) to channel messages between disparate systems.

Message-oriented middleware, or MOM, is a term that describes loosely coupled systems that communicate via message queues.

IBM MQ is Message Oriented Middleware (MOM) and provides queue-based communication channels among applications.

In the majority of cases this Application pattern is implemented using asynchronous Message Oriented Middleware.

The trading system used Message-Oriented Middleware as the key technologies of transfering message reliably among nodes.

JMS defines a standard way for Java applications to create and exchange messages via Message Oriented Middleware (MOM) .

Message-oriented middleware relies heavily on a perimeter security model.

This list is a brief review of the core concepts if you're already familiar with message-oriented middleware.

The two most common types are application servers and message-oriented middleware (MOM).

I looked at distributed systems that used message oriented middleware to make remote procedure calls.

Such messaging is sometimes called message-oriented middleware.

Table 4 includes a few libraries for use in the message-oriented middleware category.

Finally, the paper discusses of methods and strategies of enterprise application integration based on message-oriented middleware.

In message-oriented-middleware (MOM) -style infrastructures, the message bus pattern is the single most important architectural design.

Most event-driven systems rely on prebuilt event queue technologies, such as a Message-Oriented Middleware (MOM) framework.

These applications frequently interact with relational databases and other information systems such as message-oriented middleware.

What is message-oriented middleware?

Research and Implement of the Security Interface of a Message-oriented Middleware

Frame Design of a Simple Message Oriented Middleware

Communication control strategy of message oriented middleware in airport information system

A Study of the Security of Message-Oriented Middleware

Research on multithread pool concurrency model in message oriented middleware

Application of Cluster Technology in Message-Oriented Middleware

MOMA Message Oriented Middleware Association

State of Message Oriented Middleware

Design and Implementation of StateFlag- Based Reliable Message Oriented Middleware

Realization of Enterprise Application Integration Based on MSMQ Message Oriented Middleware

Design and Realization of Message Oriented Middleware

Study on the Queuing Model of the Message-Oriented Middleware

A Model of Message-Oriented Middleware Oriented Web Services

Design and Implementation of Banking Integrated Front System Based on Message-Oriented Middleware

Heterogeneous Data Integration Techniques Based on XML and Message-Oriented Middleware

Principle and application of JWMQ on message oriented middleware

An Extended Model of Persistent State Service Based on Message-oriented Middleware

The Technology and Application of Message-Oriented Middleware Based on JMS

MOM-S: message-oriented middleware based on Web service