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2009 August 20th |
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QNX Industrial Software Architecture

As industrial feature demands change, and the need for more advanced connectivity, safety, and functionality requirements evolve, equipment makers are faced with increasing software development and integration challenges. The QNX industrial software architecture offers the flexibility required to develop advanced software systems that meet the varied and dynamic needs of today’s industrial market. (Read More...)
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1.14 MB |

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2009 February 26th |
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QNX Connected Automotive Reference

Quickly develop in-vehicle systems with a high level of functionality and reliability while dramatically improving the software development process with an integrated set of software solutions and services (Read More...)
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2.45 MB |

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2008 July 25th |
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Bridging the Gap between Open and Commercial Software

By combining the ease of access of the open source model with the quality and discipline of the commercial model, a hybrid software model offers a number of benefits, including greater productivity, earlier access to bug fixes and new technology, and faster problem resolution. (Read More...)
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210.22 KB |

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2008 February 18th |
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Using Adobe Flash to Create Dynamic Human Machine Interfaces

Using Adobe Flash technology in embedded devices can reduce HMI design time by up to half. However, it takes skill to ensure interfaces remain small and reliable, perform consistently under all load conditions, and interact gracefully with other programs. This whitepaper explores the design choices to consider when working with Adobe Flash technology including the importance of priority control and real-time performance. (Read More...)
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755.5 KB |

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2007 February 13th |
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Getting the Most out of Eclipse CDT

Eclipse CDT has become the de facto standard for developing embedded C/C++ applications. Find out what’s new, what’s coming, and what extensions are available for debugging and optimizing your software projects. (Read More...)
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1.78 MB |

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2007 January 15th |
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Is Linux Appropriate for Embedded Systems?

The selection of an operating system is one of the most important decisions facing development teams, one that ultimately defines product capabilities. The architecture and features of the chosen operating system have far-reaching implications throughout the definition, development, and deployment of the end product. This is particularly true of embedded systems, which typically have extended product life cycles and availability requirements. (Read More...)
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92.5 KB |

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