When is Open Source the Right Solution?

The Object Management Group (OMG) Data Distribution Service (DDS) standard is what is called an "open standard." This means that the standard is publicly available and provides a normative reference to help guarantee consistency, portability and interoperability. An open standard is not the same thing as software that is "open source." Open source software is computer software made available with its source code. Open source software may be shared and modified and distributed, usually under an open source license. The DDS Standard is an open standard and has open source implementations available. For example, OpenDDS is an open source implementation of DDS managed by OCI (Object Computing Inc.).  There are many commercial distributions that are available as well, the most popular being RTI's Connext® DDS.

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ISO 26262 Certification for Software Components

The automotive industry has adopted ISO 26262 as its functional safety standard for electronic systems. The current version of ISO 26262 was published in 2011, with a second edition scheduled for release in 2018. The increased use of software in automotive systems such as driver assist, brake control and engine and systems management has placed a greater scrutiny on ensuring the software is safe. Modern vehicles now contain millions of lines of software and software quality is more important than ever. While automotive designers and suppliers have 5 years’ experience using ISO 26262, the bar for software compliance is now higher due to increased complexity, integration and automation. Moreover, one can expect regulatory oversight to increase in the future due to changing policies. In September 2016, the U.S. DOT issued a new federal policy for safe testing and deployment of automated vehicles. This new policy seeks to strike a fair balance between innovation and regulatory oversight but will require additional effort from vehicle makers and suppliers who wish to use forms of automation in their future designs.

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Running RTI Connext DDS Micro on Hercules TMS570 MCUs [tutorial]

Is your product based on Hercules TMS570 MCUs? Do you need to enable scalable, real-time, reliable, high-performance and interoperable data exchanges in your system? Are you really into tutorials and learning how to do new things on small devices? If you answered yes to any of these questions, this blog post is for you!

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Compiling RTI Connext DDS Micro For The Raspberry Pi IoT Device

RTI Connext DDS Micro is RTI's product targeting small footprint devices, and it was also the basis for RTI Connext DDS Cert, a product for small footprint, safety critical use cases. While Connext DDS Micro is distributed with binaries for a few common architectures, it is also distributed with the full source-code since we anticipate that the majority of our users will compile, and even port, to their specific platform.

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DDS Proof Points for Autonomous Cars

While implementation details for autonomous cars are still tightly guarded design secrets, deployment examples in adjacent markets provide a wealth of information about DDS and its ability to solve the most challenging connectivity problems.

The following use cases have one or more connectivity issues in common with autonomous cars. Autonomous car requirements span three main areas: performance, safety, and integration. Systems must ensure performance to successfully connect components, optimize safety at every level of a fully autonomous system, and make it easier to reliably integrate complex software from diverse components.

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