NASA Platform for Autonomous Systems
Rapid development of robust autonomous systems, like:
Integrated Systems Health Management (ISHM) and Prognostics and Health Management (PHM)
Monitoring and control of equipment like computing, hydraulic, mechanical and electrical
Monitoring, control, and validation of sensors
Monitoring and control of entire systems, like electrical and flow systems
Failure mode effects analysis
Autonomous mission management and execution
Distributed, hierarchical autonomous systems
Predictive Condition-Based Maintenance (PCBM)
NPAS features
AI Orchestration and execution engine
Tools for safety-critical certification of autonomous systems
Anomaly detection and identification
User-friendly Human-Machine Interfaces (HMI)
Knowledge models
Autonomy strategies
Mission plan creation, scheduling & execution
Ontologically inspired domain representation modeling (Digital Twin)
A customized NPAS user interface at a NASA facility
Developed for NASA: TR-Level 7 Solution Deployed in Multiple Projects
Developed for NASA, NPAS is an integrated toolkit that provides a stable, repeatable, model-based PHM system platform that facilitates the implementation and control of autonomous mission critical applications.
NPAS has been developed to assure that the following iPAS systems will meet or exceed their intended deep space functions:
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Power systems (AMPS)
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Avionics Systems
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Space Bus Network Interface
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Vehicle Manager