FSW 2021: Dragonfly Flight Software Overview - Brandon Haber
FSW 2021: Architecture for Image Processing - Reflections from DART and Dragonfly - Dmitriy Bekker
Dragonfly Flight Software Overview | Brandon Haber #spaceexploration
FSW 2021: Mars 2020 Onboard Planner: Controlling the Power - Vincent Wong
FSW 2021: Pros and Cons of Deploying Linux in Spacecraft Flight Software - BIBHORR
FSW 2021: Sphinx CDH and the open-source F´ Sphinx Reference Deployment - K.F. Ortega and M. Roche
FSW 2022: Validation of Flight Software on the Qualcomm Snapdragon 855 on the ISS - Jason Swope
FSW 2021: Firefly Alpha Flight Software Development History - Kevin Gordon
FSW 2021: NASA Software Tech Fellow Activities Overview - Lorraine Prokop
FSW 2022: Space Compression Algorithms Acceleration on Embedded Multi-Core and GPU Platforms
FSW 2021: Multiple Process Support in cFS: Enabling Safe On-Board Processing - James Marshall
FSW 2022: Load and patch: Improving hot patch capabilities in Curiosity's flight software
FSW 2022: How FACE Standard Can Help in Designing Operational Flight Software Programs
FSW 2021: An Outsider's Perspective on cFS - Peter Fidelman
Day CFS - COSMOS CFDP Engine - Edipo Crispim
FSW 2022: Mars 2020 Parameter Architecture & Design - Ian Trettel
Dragonfly in the Desert: Testing for Titan
KEYNOTE An Introduction to the JPL Flight Software Product Line Weiss 2013-12-11
Schedulability of Spacecraft Flight Software, Marek Prochazka and Jorge Lopez Trescastro, ESA
Flights of Exploration Across an Organic Ocean World
Phoenix CubeSat Flight Software #1: Architecture & Software Development Lessons Learned | TASE #3
NASA scientists set out goals of Dragonfly mission to Titan
Robotic Dragonfly Selected to Fly Across Titan
2035: Johns Hopkins University APL animation @8K60FPS of Dragonfly drone that will fly on Titan.
2 place dragonfly test flight.
