|  | | Find technical developer content and resources for IBM® Rational® Rhapsody®.
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What's New in IBM Rational Rhapsody 7.5
The latest IBM Rational Rhapsody release provides enhanced systems engineering, software development, testing and collaboration capabilities tailored for the embedded system engineer or real time software developer by leveraging new integrations with IBM products that optimize the product and software development lifecycle and improve quality through integrated validation and verification. More | |
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 | New demo of Rhapsody and Simulink available
A new demo showing the integration of Rhapsody and Simulink is available | | | New Demos of Rational Rhapsody using UPDM
This two part demo provides an overview of the Unified Profile for DoDAF and MoDAF (UPDM), and how to use Rational Rhapsody to create various UPDM views. | | | What’s New in IBM Rational Rhapsody, Version 7.5
Get an overview of the new features in IBM Rational Rhapsody that you can use to develop software in real-time and embedded systems. You can use these features even for resource-constrained targets, such as microcontrollers, and you can use the SysML and UPDM features to describe systems better. | | | Getting started with IBM Rational Rhapsody
Part of the IBM Rational Rhapsody trial package, this guide provides animated examples (using video) to show you exactly what performing basic tasks using Rhapsody looks like. | | | IBM Rational Test RealTime V7.5 Integration with IBM Rational Rhapsody V7.4
IBM Rational Test RealTime is cross-platform software for component testing and runtime analysis. This article explains how to integrate it with IBM Rational Rhapsody and then test the integration. | | | Safety Analysis of UML Models WP
This paper will discuss the use of the fault tree analysis (FTA) approach to safety analysis and the use of the UML profiling mechanism to create a safety analysis profile, including the definition of its normative metamodel. | | | Trade Study to support Green Initiatives White Paper
Trade studies help us fully explore the design space to ensure that a proposed solution best meets conflicting performance and cost requirements. But many of us don't know that you can analytically and objectively conduct your trade studies well before you engineer anything. This paper describes a multivariable decision problem based upon the selection of a power source for an environmentally conscious but cost-effective family-size vehicle for the European/United Kingdom (U.K.) marketplace. | |
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