OSAM Tech Transfer Architectures Overview: Architectures and Modular Concepts
An Open Avionics and Software Architecture to Support Future NASA Exploration Missions
NASA’s MBSE Approach for Advanced Air Mobility
Nonrepudiation for Drone Related Data
Principles to Products: Toward Realizing MOS 2.0
Revolutionary Vertical Lift Technology Project
An Open Avionics and Software Architecture to Support Future NASA Exploration Missions
The Ground Systems Element of the JPL Advanced Projects Design Team
Collaborative Communications Between A Human and A Resilient Safety Support System
Supporting Multiple Programs and Projects at NASA's Kennedy Space Center
Modeling Approach for Operations Revitalization
Advantages of Timelines for Deep Space Mission Operations
ARPS Enabled Titan Rover Concept with Inflatable Wheels
JPL Develops MBSE Tools to Perform Business Case Analysis for DARPA's F6 Program
Introduction and Overview of Smart Mobility@Ames and the Smart Urban Integrated Test Environment
UAM Airspace Research Roadmap Orientation
A HIRF-Map Certification Approach for UAM, AAM, and UAS Vehicles
High-Intensity Radiated Field (HIRF) Map - An Avoidance Approach for UAM, AAM, and UAS Vehicles
High-Intensity Radiated Field (HIRF) Map - An Avoidance Approach for UAM, AAM, and UAS Vehicles
Plant Growth Models using Artificial Neural Networks
Multimission Ground Data System Support of NASA'S Planetary Program
Mechanism for spacecraft reflectance- degradation experiment
Exploring Europa with an RPS-Powered Orbiter Spacecraft
Designing a Flight Test of a Flight Path Management System for Advanced Air Mobility
NASA's Advanced Life Support Systems Human-Rated Test Facility