SMC-IT/SCC 2023: SMC-IT/SCC 2023

This page contains an index consisting of author-provided keywords.

3
3D visualization	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
A
Ablation Study	Ablation Study of How Run Time Assurance Impacts the Training and Performance of Reinforcement Learning Agents
acceptance test	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
Actions	Closing Remarks and action items Day 2
Active Debris Removal	[Space Robotics Workshop] Formal Modelling and Runtime Verification of Autonomous Grasping for Active Debris Removal
Adaptability	Sponsored Talk (Avalanche): True Mission Adaptability Enabled by Combination of new Adaptive SoCs and Idealized Memory Buffers
adaptive optics	Benchmark Computer Performance for Wavefront Sensing and Control on Next Generation Space Telescopes
Aerospace	Aerospace Human/Automation Dissonance Examples
aerospace network	Challenges in FPGA Design for Complex, High Performance Space Applications
Agnostic Models	Auditing Black Boxes: Model-Agnostic Explanations and Testing of Machine Learning
AI	Sponsored Talk (AMD): AI Inferencing in AMD Versal Adaptive SoCs AI and Machine Learning from Back of the Napkin Sketch to Rovers on Mars The BRASH Toolkit for ROS2 and Flight Software Interoperability
AI onboard	A High Performance Software Approach to enabling Artificial Intelligence On-Board for Image processing applications
AI/ML	HPC in a Vacuum: Evaluating Future Space Microprocessors
Airplane	So you want to put a neural network in an airplane... Are you crazy?
Alexa	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
AlphaData	Sponsored Talk (AlphaData):  FPGA based Adaptive Computers for Space
AMD	Sponsored Talk (AMD): AI Inferencing in AMD Versal Adaptive SoCs
Analog	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
analysis	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
Analytics	AI and Machine Learning from Back of the Napkin Sketch to Rovers on Mars
Anomaly detection	A data pre-processing module for improved-accuracy Machine-Learning-based micro-Single-Event-Latchup detection Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery
Architectural Considerations	Architectural Considerations for Servicing the Habitable Worlds Observatory
architecture	MUSTANG: A Workhorse for NASA Spaceflight Avionics
Architecture Exploration	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
Aril	Sponsored Talk (Aril): A High Speed, Reliable, Low Voltage SRAM for Efficient Compute
Arm processor	Optimization of ARM Processor Architecture for Space Computing Performance with SAMRH7x MCU Family
Artemis	Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation Computer Human Interface Challenges in Space Exploration
Artemis I	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
artificial intelligence	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications.
ASIC	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
Assembly	In Space Servicing, Assembly, and Manufacturing Current Status and Envisioned Future Brief Introduction on Workshop Panel Discussion
assume-guarantee reasoning	Early Design Exploration of Space System Scenarios Using Assume-Guarantee Contracts
Assume/Guarantee Contracts	Trustworthy Autonomy for Gateway Vehicle System Manager
Assurance	Dynamic Assurance Cases with AdvoCATE Assurance of Learning-enabled Autonomous Systems TBA
ASTRO Decadal
Astronaut Autonomy	Computer Human Interface Challenges in Space Exploration
Astronaut Efficiency	Computer Human Interface Challenges in Space Exploration
Astronaut Interfaces	Computer Human Interface Challenges in Space Exploration
augmented reality	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption eXtended Reality for Enhanced Lunar Exploration Missions
Automated test	Coverage-guided State Space Exploration of Autonomous Cyber-Physical Systems
Autonomous	Assurance of Learning-enabled Autonomous Systems Increasingly Autonomous Perception and Decision Systems for Advanced Air Mobility
autonomous robotics	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
autonomous space exploration	HPC in a Vacuum: Evaluating Future Space Microprocessors
Autonomous systems	Coverage-guided State Space Exploration of Autonomous Cyber-Physical Systems Trustworthiness of a Surrogate Model for Assembly Sequencing of Space Structures
Autonomy	HPC in a Vacuum: Evaluating Future Space Microprocessors Introduction Discussion Autonomy for Space Robots: Past, Present, and Future TBA TBA Breakout Discussion on Trust Readiness Level 1 Artifacts and Metrics
availability	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
Avalanche	Sponsored Talk (Avalanche): True Mission Adaptability Enabled by Combination of new Adaptive SoCs and Idealized Memory Buffers
Aviation and space applications	Battery Management System for On-Board Data-Driven State of Health Estimation for Aviation and Space Applications
Avionics	MUSTANG: A Workhorse for NASA Spaceflight Avionics Availability Vs. Lifetime Trade-Space In Spacecraft Computers SpaceVPX Interoperability Development of a GPU based Single Board Computer for Space Applications
B
Battery management system (BMS)	Battery Management System for On-Board Data-Driven State of Health Estimation for Aviation and Space Applications
Beamforming	Beamforming Implementation for Space-Based RF Payloads using AMD Versal™ Adaptive Compute Acceleration Platforms
Benchmark	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
benchmarks	HPC in a Vacuum: Evaluating Future Space Microprocessors
Big Data Applications	Modeling Data of Planetary Instrument for X-ray Lithochemistry (PIXL) for Mars 2020
Breakout	Breakout Discussion on Trust Readiness Level 2 Artifacts and Metrics Breakout Discussions
C
C&DH	MUSTANG: A Workhorse for NASA Spaceflight Avionics
Callisto	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
CDH	MUSTANG: A Workhorse for NASA Spaceflight Avionics
CE-12	Microcircuit Standards for Space Missions
cfs
Challenges	Operational Test and Evaluation for Safety-Critical Autonomous Systems: Progress, Challenges, and Opportunities Panel discussion: Solved, within reach, and long term challenges Definition of a roadmap to address trust challenges in space autonomy AR / VR and DE: Current Challenges to Adoption
Change Detection	Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery
Class Y	Microcircuit Standards for Space Missions
Closing	Closing Remarks and action items Day 2 Workshop Recap, Closing Remarks, & Action Items
cloud-services
Coefficient of variation	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases
command and data handling	MUSTANG: A Workhorse for NASA Spaceflight Avionics
Commercial	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
Commercial Space Sector	A Hybrid Space Architecture for Robust and Resilient Satellite Services
Complex datasets	Coupling Intelligent Exploration and Generative AI
Complexity	Managing Uncertainties via Preconditioning Problem Complexity
computational intelligence	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Computer Aided Analysis	Modeling Data of Planetary Instrument for X-ray Lithochemistry (PIXL) for Mars 2020
Computer Architecture	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
Computer Human Interfaces	Computer Human Interface Challenges in Space Exploration
computer-human interface	Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation
Computerized Instrumentation	Modeling Data of Planetary Instrument for X-ray Lithochemistry (PIXL) for Mars 2020
Computing	Considerations in Architecting Data-Driven Observing Systems for Space Software Considerations for ISAM Robotics Capabilities
Computing Architectures	Development of a GPU based Single Board Computer for Space Applications
CONFERS	Utilizing Standardized Interfaces for Servicing Space Missions
contracts	Early Design Exploration of Space System Scenarios Using Assume-Guarantee Contracts
Control in unsafe conditions	Managing Model Uncertainty, Disturbances, and operational Space Characteristics Using Control Barrier and Lyapunov Functions
control modes	Software Considerations for ISAM Robotics Capabilities
controls	To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns Software Considerations for ISAM Robotics Capabilities
core Flight System	WannaFly: An Approach to Satellite Ransomware
COTS	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
Coverage	Coverage-guided State Space Exploration of Autonomous Cyber-Physical Systems
Crew Displays	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
Critical Issues	Sponsored Talk (LeWiz Communications): Critical Issues in Future Space Systems
Critical mission risk	Designing a Robust Mars Landing amidst Uncertainty
CubeSats	Development of a Nanosatellite System Modeling Architecture for EIRSAT-1
cybersecurity	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis A Hybrid Space Architecture for Robust and Resilient Satellite Services Software Considerations for ISAM Robotics Capabilities
D
DART	The DART Autonomy System
Data Analytics	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Data and Networking Services	Space-based Clouds for Intelligence, Surveillance, and Reconnaissance Applications
Data Architecture	Considerations in Architecting Data-Driven Observing Systems for Space
Data Fusion	Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery
Data processing	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications.
Data Visualization	Modeling Data of Planetary Instrument for X-ray Lithochemistry (PIXL) for Mars 2020
database	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases
debugging	System model evaluation of RISC-V cores for improved performance and fault tolerance
Decision-making under uncertainty	Managing Uncertainties via Preconditioning Problem Complexity
Deep	Choose Your Own Adventure - Group decides deep dive area
Deep Reinforcement Learning	Ablation Study of How Run Time Assurance Impacts the Training and Performance of Reinforcement Learning Agents
Deep Space	Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
Deep Space Network
deep-space
Demonstrating	Demonstrating In-space Assembly and Servicing Technologies on the Ground and in Space
design for change	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
design for test	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Deterministic processing	A System to Provide Deterministic Flight Software Operation and Maximize Multicore Processing Performance: The Safe and Precise Landing – Integrated Capabilities Evolution (SPLICE) Datapath
digital engineering	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption IMAP Spacecraft and Instruments in Virtual Reality
digital engineering ecosystem	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption
Digital Twin
Discussion	Discussion Panel and Open-Mic Discussion Summary of discussion points Group Discussion
Discussions	Breakout Discussions
Displacement Damage Dose (DD)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Dive	Choose Your Own Adventure - Group decides deep dive area
DLA	Microcircuit Standards for Space Missions
Double Asteroid Redirection Test	The DART Autonomy System
DSN
DSP	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
E
Earth Orbit	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
EDA	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
Edge Processing	Sponsored Talk (Teledyne): Teledyne e2v Edge Processing Solutions : Manufacturing Flow, Radiation Testing strategies and Space Use cases
Efficient Computing	Sponsored Talk (Aril): A High Speed, Reliable, Low Voltage SRAM for Efficient Compute
electromagnetism	Demo of VR Spacecraft Magnetic Field Visualization
Electronic Displays	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Ending	Ending Remarks
Envisioned Future	In Space Servicing, Assembly, and Manufacturing Current Status and Envisioned Future
Error-rate	Modernization of FPGA Risk Analysis for Critical Space Applications
Ethernet	Challenges in FPGA Design for Complex, High Performance Space Applications Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
Ethical	Ethical Scenario
Example
Examples	Aerospace Human/Automation Dissonance Examples
explainability
Explainable AI	Panel Discussion: Explainable AI
extended reality	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption eXtended Reality for Enhanced Lunar Exploration Missions
F
Fault Management	The DART Autonomy System
Fault Protection	The DART Autonomy System
fault tolerance	System model evaluation of RISC-V cores for improved performance and fault tolerance
fault tolerant	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
Fault Tolerant Computing	Towards A Radiation-Tolerant Display System
Field programmable	Challenges in FPGA Design for Complex, High Performance Space Applications
flight	Software Considerations for ISAM Robotics Capabilities
flight software	WannaFly: An Approach to Satellite Ransomware
flight software security	Space Flight Software Security Concerns WannaFly: An Approach to Satellite Ransomware
foxBMS	Battery Management System for On-Board Data-Driven State of Health Estimation for Aviation and Space Applications
FPGA	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft Beamforming Implementation for Space-Based RF Payloads using AMD Versal™ Adaptive Compute Acceleration Platforms Modernization of FPGA Risk Analysis for Critical Space Applications Sponsored Talk (AlphaData):  FPGA based Adaptive Computers for Space
fprime
framework	To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns
Functional Safety	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
FuSa	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
G
Generative AI	Coupling Intelligent Exploration and Generative AI
GPU	Performance Evaluation of the Radiation-Tolerant NVIDIA Tegra K1 System-on-Chip
GPU-based computing	SEFI Mitigation Middleware Radiation Test Results for NASA and Other GPU Applications
Ground and in Space	Demonstrating In-space Assembly and Servicing Technologies on the Ground and in Space
ground software	Software Considerations for ISAM Robotics Capabilities
Ground Station as a Service	A Hybrid Space Architecture for Robust and Resilient Satellite Services
Group	Group Discussion Group Outbriefs Group Outbriefs Group Outbriefs
GSFC	MUSTANG: A Workhorse for NASA Spaceflight Avionics
H
Habitable Worlds Observatory	Architectural Considerations for Servicing the Habitable Worlds Observatory
hardware	Sample Recovery Helicopter manipulation architecture and the unique decisions driven by being an autonomous system.
heliosphere	IMAP Spacecraft and Instruments in Virtual Reality
Heterogeneous processing system	A System to Provide Deterministic Flight Software Operation and Maximize Multicore Processing Performance: The Safe and Precise Landing – Integrated Capabilities Evolution (SPLICE) Datapath
high performance computing	Benchmark Computer Performance for Wavefront Sensing and Control on Next Generation Space Telescopes
High Performance Spaceflight Computer	Radically Advancing the Capabilities of Space-based Computing
High Temperature	Silicon-Carbide Hybrid One-Bit Microcontroller in a Transport-Triggered Architecture
high-performance embedded computing	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
High-performance space computing	SEFI Mitigation Middleware Radiation Test Results for NASA and Other GPU Applications
HPC	HPC in a Vacuum: Evaluating Future Space Microprocessors
HPC in Space	Radically Advancing the Capabilities of Space-based Computing
HPSC	Radically Advancing the Capabilities of Space-based Computing
human error	Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation
human interaction	Software Considerations for ISAM Robotics Capabilities
Human Interface	Towards A Radiation-Tolerant Display System
Human Spaceflight	Computer Human Interface Challenges in Space Exploration
Human Systems Engineering	Voice Control System for Human Spaceflight
human systems integration	Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation
human-rating	Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation
Hybrid	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
Hybrid Space Architecture	A Hybrid Space Architecture for Robust and Resilient Satellite Services
hyperspectral imaging spectrometer	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
I
In Space Servicing	In Space Servicing, Assembly, and Manufacturing Current Status and Envisioned Future
In-situ sensing	AI and Data-Driven In-situ Sensing for Space Digital Twin
In-Space	In-Space Servicing as a Scientific Capability Brief Introduction on Workshop Ending Remarks Panel Discussion
In-space Assembly	Trustworthiness of a Surrogate Model for Assembly Sequencing of Space Structures Demonstrating In-space Assembly and Servicing Technologies on the Ground and in Space
In-space computing	Space-based Clouds for Intelligence, Surveillance, and Reconnaissance Applications
In-space servicing assembly and manufacturing	Uncertainty in Servicing and Assembly Tasks for Space Robotic Manipulators
Innovation	AI and Machine Learning from Back of the Napkin Sketch to Rovers on Mars
Inspection Rover	[Space Robotics Workshop] Integrating Formal Verification and Assurance: An Inspection Rover Case Study
Intelligent exploration	Coupling Intelligent Exploration and Generative AI
intelligent systems	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
interoperability	SpaceVPX Interoperability Software Considerations for ISAM Robotics Capabilities
Introduction	Introduction Workshop Introduction and Welcome Introduction to Trust Readiness Levels
Invited	Perspectives on The Future of Space Computing for Military Space Missions The James Webb Space Telescope Mission Exploring Space to Further Extract Science from Black Hole Images Dare Mighty Things Together  Space Computing Needs for 21st Century Planetary Science and Exploration
IP	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
ISAM	Uncertainty in Servicing and Assembly Tasks for Space Robotic Manipulators
ISR	Space-based Clouds for Intelligence, Surveillance, and Reconnaissance Applications
J
JC-13	Microcircuit Standards for Space Missions
JPL	Radically Advancing the Capabilities of Space-based Computing To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns
Jupiter	AI and Data-Driven In-situ Sensing for Space Digital Twin
L
L2	Possibilities and challenges for forging a path to serviceable observatories at L2
language model	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Large Telescopes
latency	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
launch facility	How to Scrub a Launch: Spaceport Cybersecurity
launch security	How to Scrub a Launch: Spaceport Cybersecurity
LEO	Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
LEON	GR765 SPARC and RISC-V Multiprocessor System-on-Chip
LEON3	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
LeWiz	Sponsored Talk (LeWiz Communications): Critical Issues in Future Space Systems
lifetime	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
Linux	Finding Pragmatic Steps to Building Dependable Systems with Open Source
Liquid Crystal Displays (LCDs)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Lock-free programming	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications.
lot-to-lot variability	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases
LSMS	Planning and Control under Uncertainty for Planetary Lander Payload Offloading
Lunar	Operational challenges for robots in the lunar environment: implications for software development [Space Robotics Workshop] Resilient Exploration And Lunar Mapping System: A ROS 2 Multi-Robot SW Solution for Lunar Exploration
Lunar exploration	eXtended Reality for Enhanced Lunar Exploration Missions
Lunar operations	Planning and Control under Uncertainty for Planetary Lander Payload Offloading
Lunar Surface	Remote Robotic Operations Supporting Human Space Exploration
M
Machine Learning	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning Auditing Black Boxes: Model-Agnostic Explanations and Testing of Machine Learning Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery Development of a GPU based Single Board Computer for Space Applications
Machine Learning (ML)	A data pre-processing module for improved-accuracy Machine-Learning-based micro-Single-Event-Latchup detection
Machine Vision	Sequential Deep Learning for Mars Autonomous Navigation
magnetic fields	Demo of VR Spacecraft Magnetic Field Visualization
manipulation	The BRASH Toolkit for ROS2 and Flight Software Interoperability
manufacturing	Software Considerations for ISAM Robotics Capabilities In Space Servicing, Assembly, and Manufacturing Current Status and Envisioned Future
Many-core processor software	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications. A High Performance Software Approach to enabling Artificial Intelligence On-Board for Image processing applications
Mars	TBD
Martian operations	Planning and Control under Uncertainty for Planetary Lander Payload Offloading
MBSE	Development of a Nanosatellite System Modeling Architecture for EIRSAT-1 openCAESAR: A Platform for Semantically Rigorous and Agile MBSE Practices
mechanical	To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns
Metrics	Breakout Discussion on Trust Readiness Level 2 Artifacts and Metrics
Mi-V
Micro-single-event-latchup (micro-SEL)	A data pre-processing module for improved-accuracy Machine-Learning-based micro-Single-Event-Latchup detection
Microchip	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space Optimization of ARM Processor Architecture for Space Computing Performance with SAMRH7x MCU Family
Microcontroller	Silicon-Carbide Hybrid One-Bit Microcontroller in a Transport-Triggered Architecture
Microelectronics
Military Satellite Communications	A Hybrid Space Architecture for Robust and Resilient Satellite Services
Mirabilis	Sponsored Talk (Mirabilis): System design using VisualSim to optimize Power-Performance-Area and identify vulnerabilities.
Mission Success	Increasing Mission Success and Service Life through Robotic Servicing
Mitigation	Modernization of FPGA Risk Analysis for Critical Space Applications
mixed signal design	Challenges in FPGA Design for Complex, High Performance Space Applications
ML	So you want to put a neural network in an airplane... Are you crazy?
mobility	To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns
Model checking	Trustworthy Autonomy for Gateway Vehicle System Manager
Model uncertainty	Managing Model Uncertainty, Disturbances, and operational Space Characteristics Using Control Barrier and Lyapunov Functions
modular	MUSTANG: A Workhorse for NASA Spaceflight Avionics
Modular Open Systems Architecture
Modular Open Systems Architectures	SpaceVPX Interoperability
MOSA	SpaceVPX Interoperability
Multi-core	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
multi-robot	[Space Robotics Workshop] Resilient Exploration And Lunar Mapping System: A ROS 2 Multi-Robot SW Solution for Lunar Exploration
Multi-threading	A High Performance Software Approach to enabling Artificial Intelligence On-Board for Image processing applications
Multicore	A System to Provide Deterministic Flight Software Operation and Maximize Multicore Processing Performance: The Safe and Precise Landing – Integrated Capabilities Evolution (SPLICE) Datapath
Multirobot systems	Sequential Deep Learning for Mars Autonomous Navigation
MUSTANG	MUSTANG: A Workhorse for NASA Spaceflight Avionics
N
NASA	WannaFly: An Approach to Satellite Ransomware Radically Advancing the Capabilities of Space-based Computing Remote Robotic Operations Supporting Human Space Exploration IMAP Spacecraft and Instruments in Virtual Reality
natural language processing	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
NEPAG	Microcircuit Standards for Space Missions
Neural networks	Battery Management System for On-Board Data-Driven State of Health Estimation for Aviation and Space Applications
New Space	A Hybrid Space Architecture for Robust and Resilient Satellite Services
NewSpace	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases
NOEL-V	GR765 SPARC and RISC-V Multiprocessor System-on-Chip
O
on-board Clouds screening	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
on-board data compression	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
on-board data processing	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
On-demand scheduling
Onboard algorithm	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications.
Onboard high performance computing	A High Performance Software Approach to enabling Artificial Intelligence On-Board for Image processing applications
onboard processing	MUSTANG: A Workhorse for NASA Spaceflight Avionics
Onboard software	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications.
Ontologies	openCAESAR: A Platform for Semantically Rigorous and Agile MBSE Practices
Open Data	TBD
Open Hardware	Open...ESA: Experience with open source and open ISA at the European Space Agency
Open Source	Challenges in FPGA Design for Complex, High Performance Space Applications Finding Pragmatic Steps to Building Dependable Systems with Open Source openCAESAR: A Platform for Semantically Rigorous and Agile MBSE Practices Dynamic Assurance Cases with AdvoCATE Slingshot and SatCat5 Overview Autonomous Robotic Manipulation with Space ROS
Open-Mic	Panel and Open-Mic Discussion
operation scheduling	Early Design Exploration of Space System Scenarios Using Assume-Guarantee Contracts
Operation under uncertainty
operations	Operational challenges for robots in the lunar environment: implications for software development
Orbital Replacement Units	Utilizing Standardized Interfaces for Servicing Space Missions
Organic LEDs (OLED)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Orion	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
Outbriefs	Group Outbriefs Group Outbriefs Group Outbriefs
P
Panel	Panel Discussion Panel and Open-Mic Discussion Panel discussion: Solved, within reach, and long term challenges Panel Discussion: Explainable AI Panel Discussion: Space Clouds
Path planning and navigation	Sequential Deep Learning for Mars Autonomous Navigation
payload processing	Beamforming Implementation for Space-Based RF Payloads using AMD Versal™ Adaptive Compute Acceleration Platforms
Perception	Increasingly Autonomous Perception and Decision Systems for Advanced Air Mobility
Performance	Performance Evaluation of the Radiation-Tolerant NVIDIA Tegra K1 System-on-Chip Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
Placeholder
Planetary landing	Designing a Robust Mars Landing amidst Uncertainty
Possibilities and challenges	Possibilities and challenges for forging a path to serviceable observatories at L2
Poster	[Space Robotics Workshop] CSP2Turtle: Verified Turtle Robot Plans [Space Robotics Workshop] Integrating Formal Verification and Assurance: An Inspection Rover Case Study [Space Robotics Workshop] Formal Modelling and Runtime Verification of Autonomous Grasping for Active Debris Removal
Power	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
PRECEDER	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases
Precision Landing	A High Performance Software Approach to enabling Artificial Intelligence On-Board for Image processing applications
Precision Landing and Hazard Avoidance	A System to Provide Deterministic Flight Software Operation and Maximize Multicore Processing Performance: The Safe and Precise Landing – Integrated Capabilities Evolution (SPLICE) Datapath
R
rad hard IP core	Challenges in FPGA Design for Complex, High Performance Space Applications
Radiation	Lot-to-Lot Variability and TID degradation of Bipolar Transistors Analyzed with ESA and PRECEDER Databases Performance Evaluation of the Radiation-Tolerant NVIDIA Tegra K1 System-on-Chip Modernization of FPGA Risk Analysis for Critical Space Applications Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments
Radiation Effects	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Radiation Mitigation	Towards A Radiation-Tolerant Display System
Radiation Tolerance	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Radiation Tolerant	Beamforming Implementation for Space-Based RF Payloads using AMD Versal™ Adaptive Compute Acceleration Platforms
Radiation tolerant displays	SEFI Mitigation Middleware Radiation Test Results for NASA and Other GPU Applications
ransomware	WannaFly: An Approach to Satellite Ransomware
Readiness	Quick Re-Introduction to Trust Readiness Levels, Morning Recap
Recap	Workshop Recap, Closing Remarks, & Action Items
Reconfiguration	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
redundancy	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
reliability	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
Remarks	Ending Remarks
remote operation	Remote Robotic Operations Supporting Human Space Exploration
resilient	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
RISC-V	System model evaluation of RISC-V cores for improved performance and fault tolerance GR765 SPARC and RISC-V Multiprocessor System-on-Chip Sponsored Talk (SiFive): RISC-V Solutions for Space
Risk	Modernization of FPGA Risk Analysis for Critical Space Applications
Risk-based operation
Roadmap	Computer Human Interface Challenges in Space Exploration Definition of a roadmap to address trust challenges in space autonomy
robot	[Space Robotics Workshop] Resilient Exploration And Lunar Mapping System: A ROS 2 Multi-Robot SW Solution for Lunar Exploration
robot software	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
Robotic cranes	Planning and Control under Uncertainty for Planetary Lander Payload Offloading
Robotic manipulators	Uncertainty in Servicing and Assembly Tasks for Space Robotic Manipulators
Robotic Servicing	Increasing Mission Success and Service Life through Robotic Servicing
Robotics	Remote Robotic Operations Supporting Human Space Exploration To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns Building the Next Generation of Space Software Software Considerations for ISAM Robotics Capabilities Sample Recovery Helicopter manipulation architecture and the unique decisions driven by being an autonomous system. The Future of Space Robotics Panel [Space Robotics Workshop] CSP2Turtle: Verified Turtle Robot Plans [Space Robotics Workshop] Resilient Exploration And Lunar Mapping System: A ROS 2 Multi-Robot SW Solution for Lunar Exploration Autonomous Robotic Manipulation with Space ROS
robots	Operational challenges for robots in the lunar environment: implications for software development The BRASH Toolkit for ROS2 and Flight Software Interoperability
ROS2	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications. [Space Robotics Workshop] Resilient Exploration And Lunar Mapping System: A ROS 2 Multi-Robot SW Solution for Lunar Exploration
Run Time Assurance	Ablation Study of How Run Time Assurance Impacts the Training and Performance of Reinforcement Learning Agents
S
Safe Reinforcement Learning	Ablation Study of How Run Time Assurance Impacts the Training and Performance of Reinforcement Learning Agents
Safety	Managing Model Uncertainty, Disturbances, and operational Space Characteristics Using Control Barrier and Lyapunov Functions Operational Test and Evaluation for Safety-Critical Autonomous Systems: Progress, Challenges, and Opportunities
Safety Cases	Dynamic Assurance Cases with AdvoCATE
sample recovery	Sample Recovery Helicopter manipulation architecture and the unique decisions driven by being an autonomous system.
SAMRH7x	Optimization of ARM Processor Architecture for Space Computing Performance with SAMRH7x MCU Family
SatCat5	Slingshot and SatCat5 Overview
satellite attack	WannaFly: An Approach to Satellite Ransomware
satellite communications	Development of a Nanosatellite System Modeling Architecture for EIRSAT-1 A Hybrid Space Architecture for Robust and Resilient Satellite Services
satellite ransomware	WannaFly: An Approach to Satellite Ransomware
SCC	Perspectives on The Future of Space Computing for Military Space Missions The James Webb Space Telescope Mission Exploring Space to Further Extract Science from Black Hole Images Dare Mighty Things Together  Space Computing Needs for 21st Century Planetary Science and Exploration
Scenario	Ethical Scenario
Scheduling
Science Analytics	Cloud Storage and Computing in Deep Space as Catalysts for Scientific Discovery
science mission	IMAP Spacecraft and Instruments in Virtual Reality
Scientific Capability	In-Space Servicing as a Scientific Capability
sensing & perception	Software Considerations for ISAM Robotics Capabilities
Sensor and information fusion	Sequential Deep Learning for Mars Autonomous Navigation
sensor network	Challenges in FPGA Design for Complex, High Performance Space Applications
sensors	The BRASH Toolkit for ROS2 and Flight Software Interoperability
Service Life	Increasing Mission Success and Service Life through Robotic Servicing
serviceable observatories	Possibilities and challenges for forging a path to serviceable observatories at L2
Servicing	Architectural Considerations for Servicing the Habitable Worlds Observatory In-Space Servicing as a Scientific Capability Brief Introduction on Workshop
Servicing Technologies	Demonstrating In-space Assembly and Servicing Technologies on the Ground and in Space
SiFive	Sponsored Talk (SiFive): RISC-V Solutions for Space
Silicon Carbide	Silicon-Carbide Hybrid One-Bit Microcontroller in a Transport-Triggered Architecture
simulation	IMAP Spacecraft and Instruments in Virtual Reality
Single Event Effects (SEE)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Single Event Functional Interrupt (SEFI)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
Single-Event-Latchup (SEL)	A data pre-processing module for improved-accuracy Machine-Learning-based micro-Single-Event-Latchup detection
Slingshot	Slingshot and SatCat5 Overview
SMC-IT	Perspectives on The Future of Space Computing for Military Space Missions The James Webb Space Telescope Mission Exploring Space to Further Extract Science from Black Hole Images Dare Mighty Things Together  Space Computing Needs for 21st Century Planetary Science and Exploration
SoC	GR765 SPARC and RISC-V Multiprocessor System-on-Chip Optimization of ARM Processor Architecture for Space Computing Performance with SAMRH7x MCU Family
software	Building the Next Generation of Space Software Software Considerations for ISAM Robotics Capabilities The BRASH Toolkit for ROS2 and Flight Software Interoperability
Software Reliability	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Software-based fault tolerance	SEFI Mitigation Middleware Radiation Test Results for NASA and Other GPU Applications
solar wind	IMAP Spacecraft and Instruments in Virtual Reality
Solid State Data Recorder (SSDR)	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
Space	Modernization of FPGA Risk Analysis for Critical Space Applications Sponsored Talk (SiFive): RISC-V Solutions for Space Finding Pragmatic Steps to Building Dependable Systems with Open Source To Boldly Go Where No Robots Have Gone Before – EELS Robot to Spearhead a New Space Exploration Paradigm of Diving into the Unknowns Building the Next Generation of Space Software TBD Sponsored Talk (Synopsys): Microelectronics Design Support for Radiation Environments Closing Remarks Day 1 Autonomy for Space Robots: Past, Present, and Future TBA TBA Welcome and introductory comments The Future of Space Robotics Panel Autonomous Robotic Manipulation with Space ROS
space automation	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
space chip	Challenges in FPGA Design for Complex, High Performance Space Applications
Space Clouds	Concluding Remarks Panel Discussion: Space Clouds
Space computing	The ring-buffer ROS2 executor: a novel approach for real-time ROS2 Space applications. HPC in a Vacuum: Evaluating Future Space Microprocessors
space cybersecurity	How to Scrub a Launch: Spaceport Cybersecurity Space Flight Software Security Concerns WannaFly: An Approach to Satellite Ransomware
space economy	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
space electronics	Challenges in FPGA Design for Complex, High Performance Space Applications
space flight software	Space Flight Software Security Concerns
space FPGA	Challenges in FPGA Design for Complex, High Performance Space Applications
Space mission	Early Design Exploration of Space System Scenarios Using Assume-Guarantee Contracts
Space Mission Software	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Space observing systems	Considerations in Architecting Data-Driven Observing Systems for Space
Space Radiation	A data pre-processing module for improved-accuracy Machine-Learning-based micro-Single-Event-Latchup detection
space ransomware	WannaFly: An Approach to Satellite Ransomware
Space Rated Audio Systems	Voice Control System for Human Spaceflight
space robotics	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
space software	Robots capable of human-level manipulation are key to industrial space viability and the commercial space economy
space systems	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
space systems development	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption
space telescope	Benchmark Computer Performance for Wavefront Sensing and Control on Next Generation Space Telescopes Challenges in FPGA Design for Complex, High Performance Space Applications
Space-based Computing	Radically Advancing the Capabilities of Space-based Computing
spacecraft	Computer Human Interface Challenges in Space Exploration IMAP Spacecraft and Instruments in Virtual Reality Demo of VR Spacecraft Magnetic Field Visualization
Spacecraft Audio	Computer Human Interface Challenges in Space Exploration
Spacecraft Autonomy	The DART Autonomy System
Spacecraft Avionics	Computer Human Interface Challenges in Space Exploration
Spacecraft Displays	Computer Human Interface Challenges in Space Exploration
Spacecraft Information Technology	Computer Human Interface Challenges in Space Exploration
SpaceFibre	Sponsored Talk (Star-Dundee): SpaceFibre for Spaceflight Payload Data-Handling and Efficient Inter-Processor Communication
spaceport	How to Scrub a Launch: Spaceport Cybersecurity
spaceport cybersecurity	How to Scrub a Launch: Spaceport Cybersecurity
spaceport security	How to Scrub a Launch: Spaceport Cybersecurity
SpaceVPX
SpaceWire	ScOSA on the Way to Orbit: Reconfigurable High-Performance Computing for Spacecraft
SPARC	GR765 SPARC and RISC-V Multiprocessor System-on-Chip
spectrometer	Challenges in FPGA Design for Complex, High Performance Space Applications
Speech Recognition	Voice Control System for Human Spaceflight
Sponsor	Sponsored Talk (Star-Dundee): SpaceFibre for Spaceflight Payload Data-Handling and Efficient Inter-Processor Communication Sponsored Talk (LeWiz Communications): Critical Issues in Future Space Systems Sponsored Talk (AMD): AI Inferencing in AMD Versal Adaptive SoCs Sponsored Talk (AlphaData):  FPGA based Adaptive Computers for Space Sponsored Talk (Aril): A High Speed, Reliable, Low Voltage SRAM for Efficient Compute Sponsored Talk (Avalanche): True Mission Adaptability Enabled by Combination of new Adaptive SoCs and Idealized Memory Buffers
Sponsored	Sponsored Talk (Mirabilis): System design using VisualSim to optimize Power-Performance-Area and identify vulnerabilities. Sponsored Talk (Teledyne): Teledyne e2v Edge Processing Solutions : Manufacturing Flow, Radiation Testing strategies and Space Use cases
Standardized Interfaces	Utilizing Standardized Interfaces for Servicing Space Missions
Standards	Microcircuit Standards for Space Missions
Star-Dundee	Sponsored Talk (Star-Dundee): SpaceFibre for Spaceflight Payload Data-Handling and Efficient Inter-Processor Communication
State of health (SOH)	Battery Management System for On-Board Data-Driven State of Health Estimation for Aviation and Space Applications
State space exploration	Coverage-guided State Space Exploration of Autonomous Cyber-Physical Systems
Steps	Workshop Summary and Next Steps
Storm	AI and Data-Driven In-situ Sensing for Space Digital Twin
Summary	Summary of discussion points Workshop Summary and Next Steps
Surrogate models	Trustworthiness of a Surrogate Model for Assembly Sequencing of Space Structures
Synopsys
System Modelling	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
System of Systems	A Hybrid Space Architecture for Robust and Resilient Satellite Services
System uncertainty	Managing Uncertainties via Preconditioning Problem Complexity
System-on-Chip	High-Performance Embedded Space Computing System-on-Chip for space imaging spectrometer
Systems Engineering	Development of a Nanosatellite System Modeling Architecture for EIRSAT-1 Establishing Trust in NASA’s Artemis Campaign Computer-Human Interface (CHI) Implementation
T
TBD	Open...ESA: Experience with open source and open ISA at the European Space Agency
TBD 1	Towards a common robotics simulator for lunar environments? (Title to be confirmed)
TBD 2	Open...ESA: Experience with open source and open ISA at the European Space Agency Towards a common robotics simulator for lunar environments? (Title to be confirmed)
TBD 3	Towards a common robotics simulator for lunar environments? (Title to be confirmed)
Technology Development	Computer Human Interface Challenges in Space Exploration
technology readiness level
Teledyne	Sponsored Talk (Teledyne): Teledyne e2v Edge Processing Solutions : Manufacturing Flow, Radiation Testing strategies and Space Use cases
Teleoperation	eXtended Reality for Enhanced Lunar Exploration Missions
Test
Thin-film Transistors (TFTs)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
time sensitive network	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
time-triggered Ethernet	Challenges in FPGA Design for Complex, High Performance Space Applications
TMR tool	Challenges in FPGA Design for Complex, High Performance Space Applications
Total Ionizing Dose (TID)	An Examination of the Radiation Tolerance of Electronic Displays For Future Crewed Missions
trade space	Availability Vs. Lifetime Trade-Space In Spacecraft Computers
Trade-off analysis	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
transformer	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Trust	Closing Remarks Day 1 TBA Quick Re-Introduction to Trust Readiness Levels, Morning Recap Introduction to Trust Readiness Levels Breakout Discussion on Trust Readiness Level 1 Artifacts and Metrics
Trusted autonomy	Trustworthy Autonomy for Gateway Vehicle System Manager
Trustworthiness	Trustworthiness of a Surrogate Model for Assembly Sequencing of Space Structures
TSN	Time Sensitive Networking (TSN) Brings Resilient and Low Latency Ethernet to Space
Turbulent Flow	AI and Data-Driven In-situ Sensing for Space Digital Twin
U
ui/ux	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
Uncerainty in autonomous systems
Uncerainty propagation
Uncerainty quantification
Uncertainty	AI and Data-Driven In-situ Sensing for Space Digital Twin Uncertainty in Servicing and Assembly Tasks for Space Robotic Manipulators
Uncertainty in intelligent systems
Uncertainty management	Designing a Robust Mars Landing amidst Uncertainty Planning and Control under Uncertainty for Planetary Lander Payload Offloading
Uncertainty reduction	Sequential Deep Learning for Mars Autonomous Navigation
Unity	IMAP Spacecraft and Instruments in Virtual Reality
Universal Chiplet Interconnect Express	Performance modeling of a heterogeneous computing system based on the UCIe Interconnect Architecture
User Friendliness	Auditing Black Boxes: Model-Agnostic Explanations and Testing of Machine Learning
user interface	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
V
vector processing	HPC in a Vacuum: Evaluating Future Space Microprocessors
Verification	[Space Robotics Workshop] Integrating Formal Verification and Assurance: An Inspection Rover Case Study [Space Robotics Workshop] Formal Modelling and Runtime Verification of Autonomous Grasping for Active Debris Removal
verification and validation	Development of a Nanosatellite System Modeling Architecture for EIRSAT-1 Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
verification of complex systems	Intelligent requirement-to-test-case traceability system via Natural Language Processing and Machine Learning
Verified	[Space Robotics Workshop] CSP2Turtle: Verified Turtle Robot Plans
virtual reality	AR / VR and DE State of Industry: Where We Are and Where We Are Heading AR / VR and DE: Current Challenges to Adoption IMAP Spacecraft and Instruments in Virtual Reality eXtended Reality for Enhanced Lunar Exploration Missions Demo of VR Spacecraft Magnetic Field Visualization
visualization	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
VisualSim	Sponsored Talk (Mirabilis): System design using VisualSim to optimize Power-Performance-Area and identify vulnerabilities.
Voice Control	Voice Control System for Human Spaceflight
W
web development	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
web-based	Web-based 3D Visualization for Flight Mission Network Cybersecurity Analysis
Webex	The Callisto Technology Demonstration: COTS Crew Interfaces aboard Artemis I
Welcome	Workshop Introduction and Welcome
Workshop	Introduction Discussion Closing Remarks Day 1 Assurance of Learning-enabled Autonomous Systems Closing Remarks and action items Day 2 Increasingly Autonomous Perception and Decision Systems for Advanced Air Mobility Autonomy for Space Robots: Past, Present, and Future Operational Test and Evaluation for Safety-Critical Autonomous Systems: Progress, Challenges, and Opportunities So you want to put a neural network in an airplane... Are you crazy? TBA TBA TBA Summary of discussion points Panel discussion: Solved, within reach, and long term challenges Definition of a roadmap to address trust challenges in space autonomy Welcome and introductory comments Concluding Remarks Panel Discussion: Explainable AI Panel Discussion: Space Clouds Workshop Introduction and Welcome Workshop Recap, Closing Remarks, & Action Items Group Discussion Group Outbriefs Aerospace Human/Automation Dissonance Examples Workshop Summary and Next Steps Quick Re-Introduction to Trust Readiness Levels, Morning Recap Introduction to Trust Readiness Levels Ethical Scenario Group Outbriefs Breakout Discussion on Trust Readiness Level 2 Artifacts and Metrics Breakout Discussions Breakout Discussion on Trust Readiness Level 1 Artifacts and Metrics Choose Your Own Adventure - Group decides deep dive area Group Outbriefs The Future of Space Robotics Panel
X
XAI	Welcome and introductory comments Concluding Remarks
Xilinx	Beamforming Implementation for Space-Based RF Payloads using AMD Versal™ Adaptive Compute Acceleration Platforms
XR	IMAP Spacecraft and Instruments in Virtual Reality

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