The 2008 Workshop on Spacecraft Flight Software was held at The Johns Hopkins University Applied Physics Laboratory on November 13-14, 2008.
Flight Software Complexity: Findings and Recommendations
Dan Dvorak, NASA/JPL
The Origins of Flight Software
(References)
Pat Stakem, Loyola College
Current Fault Management Trends in NASA’s Planetary Spacecraft
Lorraine Fesq, NASA/JPL
Lessons Learned from Testing the STEREO G&C Truth Model
Gary Heiligman, JHU/APL
Improving Spacecraft Failure Mitigation Strategies Through Component Failure Testing in VSIL Environment
(Final Report)
Ted Bennett, Triakis
20 Years of Porting Flight Software
Alan Cudmore, NASA/GSFC
On-Orbit Maintenance of a Short Duration Mission
Sandy Calder, CSC
Infrastructure for Rapid Flight Software Development
Howard Cannon, NASA/ARC
An Introduction to NASA Goddard Space Flight Center’s Core Flight Software System Core Flight Executive
Charlie Wildermann, NASA/GSFC
Analyzing the Core Flight Software with SAVE
Dharmalingam Ganesan, Fraunhofer Center
Conclusions from Schedule-Driven Software Intensive Space Systems Developments
Douglas Buettner, The Aerospace Corporation
Reliability by Design
Mike Deliman, Wind River Systems, Inc.
Implementing DTN in Flight Software
Amalaye Oyake, NASA/JPL
A Hybrid Hardware-Software Architecture for Implementation of the CCSDS File Delivery Protocol
Robert Klar, Southwest Research Institute
Interface Standards in Operationally Responsive Space
Brian Davis, SGSS
RTEMS Addresses Space Application Requirements
Joel Sherrill, OAR Corporation
Use of ARINC 653 in Safety Critical Flight Systems and Lessons Learned from Large Scale Commercial Development
Larry Kinnan, Wind River, Inc.
Phoenix: Exploring the Northern Polar Region of Mars
Peter Gluck, NASA/JPL
Multi-Mission Flight Software Sustaining Engineering
Kris Naylor, CSC