Free On-Demand 1-Hour Webinar

Producing Safety Critical Software While Minimizing Costs through Binary Reuse

Time & Space Partitioning, yes...but have you heard of binary partitioning?

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Description:
In mission critical software domains, binary partitioning helps accelerate innovation and lower software change costs. It does this by providing the ability to decompose the software system into discrete, separately verified, binary re-usable software components. Binary partitioning enables run-time dynamic linking support, and the factoring of system, target platform, and software design configuration data into isolated/decoupled binary configuration files. In short, binary partitioning, as implemented by Deos™, provides tools and technologies to help a project reduce the post deployment change paranoia that so often grips mission critical software projects.

Who Should Attend:

  • Software engineers looking to isolate change impact
  • Systems engineers interested in decomposing their designs into reusable software components
  • Engineering managers interested in improving the efficiency of geographically disperse team
  • Engineering management looking to maximize reuse

Presenters
Bill Cronk, Deos Product Line Manager, DDC-I, Inc.
Bill Cronk is the Deos product line manager at DDC-I. Prior to joining DDC-I, Bill was a software engineer at Kutta Technologies. He was also a technical manager at Honeywell Aerospace, where he had a key role in the development, deployment, and certification of Deos on numerous airframes. Bill holds a Bachelor's of Science in Computer Science from Grand Canyon University.

Matt Diethelm, Senior Software Engineer, DDC-I, Inc.
Matt Diethelm is a senior software engineer at DDC-I. He has over 20 years of experience in embedded avionics software design, time and space partitioned operating system design, and DO-178B certification methodology. Matt holds a Bachelor's of Science in Computer Science from Arizona State University.