Industry standard COM Express CPU module and dual XMC modules
Innovative Integration is a leader in signal processing and data acquisition hardware and software. Our products combine DSPs and FPGAs with high performance analog, ready for integration into demanding real-time applications such as wireless, medical, and military.

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A Comparison and Mapping of Data Distribution Service (DDS) and Java Message Service (JMS)
Data-centric design is emerging as a key tenet for building advanced data-critical distributed embedded and enterprise systems. DDS and JMS are popular middleware API standards that are easy to use, and offer the benefits of using a publish-subscribe communication model resulting in loosely coupled scalable distributed applications. However, their differences have significant impact on a data-centric design.
preview: http://www.rti.com   date: 3/29/2006 |

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Build Your Own Middleware Analysis Guide
If you are reading this, you are probably debating whether to buy middleware or build something "similar" yourself that "only does the parts you need". This guide is designed to help you consider the design tradeoffs and the commercial alternatives to build-your-own middleware.
preview: http://www.rti.com   |

paper    

Mapping Java EE to SAForum Specifications: A NEP Perspective
NGN (Next Generation Networks) and Service layer applications have high requirements on rapid development and deployment of new services. To meet these requirements Java EE is used to a large extent, however in the telecom domain, carrier grade high availability and fault tolerance is a norm and it also needs to be valid for Java EE applications to a larger extent than today. The most important problem to solve is to provide high...
preview: http://www.scope-alliance.org   date: 6/1/2008 |

paper    

Middleware R&D Challenges for Distributed Real-time and Embedded Systems
Some of the most challenging problems facing the embedded systems community are those associated with producing software for real-time and embedded systems in which computer processors may control physical, chemical, or biological processes or devices. Examples of such systems include airplanes, automobiles, nuclear reactors, oil refineries, and patient monitors, or even CD players and cellular phones.
preview: http://www.cs.virginia.edu   |

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