TTTech-Esterel-Wind River Infoday Advanced Solutions for Next ...
TTTech-Esterel-Wind River Infoday Advanced Solutions for Next ...
TTTech-Esterel-Wind River Infoday Advanced Solutions for Next ...
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<strong>TTTech</strong>-<strong>Esterel</strong>-<strong>Wind</strong> <strong>River</strong> <strong>Infoday</strong><br />
Join <strong>TTTech</strong>, <strong>Wind</strong> <strong>River</strong> and <strong>Esterel</strong> Technologies <strong>for</strong> a complimentary seminar on how our joint<br />
solutions solve the following business issues:<br />
• Leveraging Integrated Modular Avionics (IMA) in critical systems<br />
• Accelerating DO-178B/C safety certification<br />
• Utilizing advanced control systems <strong>for</strong> avionics and aircraft systems<br />
• Designing complex avionics graphics environments and complying with ARINC 661<br />
• Reducing time-to-market, ef<strong>for</strong>t, and cost<br />
• Developing certifiable, scalable, modular open system architectures<br />
In today’s world, avionics manufacturers are struggling to stay on schedule and within budget<br />
using traditional federated avionics plat<strong>for</strong>ms. To reduce avionics DO-178B development and<br />
deployment costs, along with addressing size, weight, and power (SWaP), leading companies<br />
are implementing robust partitioned ARINC 653 IMA architectures based on<br />
commercial-off-the-shelf (COTS) technologies as well as more capable deterministic<br />
Ethernet-based databusses (e.g., AFDX and TTEthernet).<br />
This transition is accelerated by the adoption of proven COTS software design and development<br />
tools using open industry standards. These tools and plat<strong>for</strong>ms expand the speed and<br />
capabilities of next-generation aircraft avionics, enable compliance with ARINC 661, and<br />
improve time-to-certification <strong>for</strong> critical systems.<br />
Join leaders in this revolution, <strong>TTTech</strong>, <strong>Esterel</strong> Technologies, and <strong>Wind</strong> <strong>River</strong>, to understand<br />
how we have joined <strong>for</strong>ces to create a common development framework and design flow <strong>for</strong><br />
reducing risk and accelerating deployment <strong>for</strong> next-generation avionics plat<strong>for</strong>ms.<br />
What You Will Learn<br />
• Efficiencies of using the latest tools <strong>for</strong> designing and creating safety-critical software<br />
• Benefits of using proven COTS hardware and software plat<strong>for</strong>ms in critical programs<br />
• How to reduce risk by using COTS DO-178B certification evidence in certified<br />
development processes<br />
• Implementation of advanced IMA architectures<br />
• Enablement of distributed IMA systems with a deterministic network infrastructure<br />
(Ethernet, ARINC 664, and time-triggered)<br />
Who Should Attend<br />
• Executive-level personnel interested in removing risk from their safety-certified systems<br />
• Program managers, safety and security architects, and technical team leads designing<br />
critical systems<br />
• Project managers needing to accelerate delivery of challenging development operations<br />
• Engineers and designers seeking to optimize the development of critical and certified<br />
software