Recorded Web Events

This webinar will highlight the processes, procedures and tools used to achieve avionics certification on the latest civil airliners.

DO-178C will soon be mandatory for avionics development and changes will be required throughout the industry.

Covering technical tips and techniques for developing safety-critical avionics software in compliance with DO-178B (up to, and including, Level A design assurance), this webinar features industry experts who will highlight the processes, procedures and tools used to achieve avionics certification on the latest civil airliners.

DO-178C will soon be mandatory for avionics development and changes will be required throughout the industry.

This webinar covers some of the unique features and capabilities of DDC-I’s Deos, a time and space partitioned safety-critical RTOS. These features and capabilities allow safety-critical software developers to easily reconfigure and adapt their software for reuse in new systems or to reallocate software loads in multi-core environments, without the need to modify that software and re-incur costly certification activities.

This webinar covers the proliferation of multi-core CPUs and the special challenges they present to developers of safety-critical avionics software. Industry experts from DDC-I, (a supplier of software and professional services for mission- and safety-critical applications for over 30 years) will highlight real-time operating system technology, procedures and tools that will allow safety-critical software developers to overcome these challenges and unleash the power of multi-core CPUs.

This webinar covers some of the unique features and capabilities of DDC-I’s Deos, a time and space partitioned safety-critical RTOS. These features and capabilities allow safety-critical software developers to easily reconfigure and adapt their software for reuse in new systems or to reallocate software loads in multi-core environments, without the need to modify that software and re-incur costly certification activities.

Time partitioning is an operating system scheduling technique that controls a software application’s access to the processor. It is typically used to deliver guaranteed processing time for software applications of multiple importance levels that share the same physical processing platform in a mission-critical and/or safety-critical system.