Final Report of the NASA Office of Safety and Mission Assurance Agile Benchmarking Team
Steps Towards Scalable and Modularized Flight Software for Unmanned Aircraft Systems
How Qualitative Data Drives Design at NASA
Infrastructure and Process Improvements After LADEE
Softwarefunktionen erfolgreich mit AUTOSAR entwickeln
AIRS Product Development: The AIRS Software Development System
Introduction to Security in the Automotive Software Development Lifecycle
An Empirical Approach Applied in Assessing the Software Product Quality through VPRS Analysis
Streamlining GNC Architecture Development and FSW Integration forthe Mars Ascent Vehicle
Increasing Flight Software Reuse with OpenSatKit
Increasing Flight Software Reuse with OpenSatKit
JSC Engineering Lunar Surface Visualization Work
The Rover Software of the VIPER Mission
PERSIST – A scalable software architecture for the control of diverse automotive hybrid topologies
A novel approach for estimation of dynamic from static origin–destination matrices
Copernicus Spacecraft Trajectory Design and Optimization Program
Mit welcher Software fährt das Auto der Zukunft?
Disintegrating Rockets – Wie wir in der Raumfahrt lernen
Symmetric Multiprocessing for L4Re on ARM Architecture Using RUST
Development of a Web-Based Test Procedure Authoring and Execution Environment for Space Systems
Finding All Potential Run-Time Errors and Data Races in Automotive Software
Machine Learning Verification and Safety for Unmanned Aircraft - A Literature Study
Ensuring Safety of Machine Learning Components Using Operational Design Domain
GPU-Acceleration of Navier-Stokes Solvers for Compressible Wall-Bounded Flows: The Case of URANOS
Software-Publikationen: Überblick, Herausforderungen, Bedarfe
Continuous Integration of Optimal Control Based Flight Control Law Clearance
Leveraging NASA’s Earth Observations in GIS to Understand Climate Data
Space ROS: An Open-Source Framework for Space Robotics and Flight Software
Model-Based CubeSat Flight-Software Architecture Using a Docs-As-Code Approach
Quality Attributes for Mission Flight Software: A Reference for Architects
Using Modern Methodologies with Maintenance Software
Architecture-centric configuration management. Controlling the evolution of large software systems
Gradient-Enhanced Reliability Analysis of Transonic Aeroelastic Flutter
Guidelines and Regulatory Framework for Machine Learning in Aviation
SAFETY VERSUS SECURITY IN AVIATION, COMPARING DO-178C WITH SECURITY STANDARDS