Talk Keyword Index

TALK KEYWORD INDEX

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

Shortcuts: A B C D E F G H I K L M N O P Q R S T U V W Y µ

A
Ablation Study	Investigating the Impact of Choice on Deep Reinforcement Learning for Space Controls
accessibility	Panel on Technology for Accessibility in Space: Dr. Shawna Pandya, Kalind Carpenter, Stephane Ghiste, Dr. Sheyna Gifford
ACME	Toward a Distributed and Autonomous DTN Security Environment
Adaptive computing	COSMOS - Computational Optimization and Scheduling for Multi-tenant Orbital Services
adaptive optics	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
Adaptive SoC	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
AI	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications An AI-based Approach to On-Orbit Anomaly Detection in Spacecraft Telemetry using Recurrent Neural Networks
Airless Tires	M.A.V.I.S- Project AV
angles-only navigation
anomaly detection	Anomaly Detection in Spacecraft Telemetry: Forecasting vs. Classification Streaming Analytics for Enhancing Anomaly Detection in Satellite State-of-Health Telemetry
Applications	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer
Architectures	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer
Artemis	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO)
Artificial Intelligence	A novel method for rapid orbital deployment of ML for space applications Transfer Learning with Synthetic Satellite Imagery Emerging Threats of AI-Integration in Space User Segment: A Reference Architecture and Attack Tree Analysis Resilience for AI/ML Space Applications
assurance	NASA efforts towards a holistic COTS approach for Space Avionics
astrobee	Astrobee: Advancing ISS Autonomy through Open Source Collaboration
ATP Bioluminescence	M.A.V.I.S- Project AV
attack surface analysis	Attack Surface Analysis for Spacecraft Flight Software
Autonomous Navigation	M.A.V.I.S- Project AV
Autonomous systems	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
Autonomy	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO) Robotic Manipulation Testbeds with HPSC Space Robotics Workshop Kickoff Workshop Introduction Decision Making and Information Sharing amongst a Team of Autonomous Lunar Robots
Avionics	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer NASA Avionics Technology Shortfalls Workshop Introduction (1st Session) University of Pittsburgh: New Approaches Toward Advanced Data Handling for Space Products Workshop Welcome (2nd Session) NASA: New Approaches Toward Advanced Data Handling for Space Products ESA: New Approaches Toward Advanced Data Handling for Space Products Challenges: Radiation Effects and Reliability Challenges: Mitigation Space System Development: Balancing Performance and Fault Tolerance Panel Discussion HPSC Device Overview
Avionics architecture	Failure-Tolerant Avionics for Crewed Spaceflight: An NESC Position Presentation
B
bitflip	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
boot storage	Radiation Tolerant MNEMOSYNE boot memory and 80 bits bus width DDR4 for HPSC processor.
BPv7	Toward a Distributed and Autonomous DTN Security Environment
Bundle Protocol	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack Using the IP Protocol Suite for Applications in Deep Space
Bundle Protocol (BP)	Adding Quality of Service Support to Bundle Protocol Through an Extension Block
Bundle Protocol (BPv7)
C
cfs	Evolution of core Flight System (cFS)
CML	Fiber Optic Physical Layer for Ethernet LInks
co-design	Open-CFR: Open-source Co-design Framework for Redundancy with DPR in COTS FPGA SoCs
COAP	Using the IP Protocol Suite for Applications in Deep Space
coherent computing	Open Source Architecture for Coherent, Distributed Computing
commercial	NASA efforts towards a holistic COTS approach for Space Avionics
Commercial-Off-The-Shelf	NASA efforts towards a holistic COTS approach for Space Avionics
Commercial-off-the-Shelf FPGA SoCs	Open-CFR: Open-source Co-design Framework for Redundancy with DPR in COTS FPGA SoCs
Computation	Characterizing Computational Resources of GNC Algorithms
Computational Trust	Computational Trust for Resilient Satellite Constellations
compute density	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
Compute-in-Memory	Performance Characterization of Gemini APU Processing-in-Memory Devices for Space
Computer	HPSC Single Board Computer
Computer-aided Design (CAD)	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
Computing	Platinum Sponsor 3D Plus: Radiation tolerant MNEMOSYNE boot memory and 80-bit bus width DDR4 for HPSC processor SCS3740 & HPSC Rad-Hard SBC, DDR4, eMMC and Terabit NAND for Space Rapid Development and Automated Testing of Dependable Heterogeneous Multi-node Space Systems with Open Source Tools Sponsor LeWiz Communications: Rad-Hard Technologies for Emerging Standards FPGA based Adaptive Computers for ML in Space Platinum Sponsor SiFive: Vector Computing for Space Applications Sponsor Mirabilis: Role of Chiplets in Space AMD XQR Versal Adaptive SoCs Enable Next-Generation Signal Processing in Space Standards-Based Development and Design for High-Performance Single Board Computers Platinum Sponsor: Enabling the Orbital Internet: Scalable Hi-Rel Solutions for Boot, Storage and AI Processing Frontgrade Space Computing Ecosystem SpaceFibre: A High-Performance, High-Availability Interconnect for Space Applications Upgrading the Basics - Review of Micropac Offering High Reliability for Space Systems with Synplify FPGA Synthesis Solution Teledyne e2v Space Radiation Tolerant Data Processing Solutions Next Generation Arm Based Edge Processing from VORAGO Workshop Introduction (1st Session) University of Pittsburgh: New Approaches Toward Advanced Data Handling for Space Products UFRGS: New Approaches Toward Advanced Data Handling for Space Products Workshop Welcome (2nd Session) NASA: New Approaches Toward Advanced Data Handling for Space Products ESA: New Approaches Toward Advanced Data Handling for Space Products Challenges: Radiation Effects and Reliability Challenges: Mitigation Space System Development: Balancing Performance and Fault Tolerance Panel Discussion Scaling up Robotics via Foundation Models: Exploring Opportunities and Challenges Multi-Modal Robotic Cooperation for Next-Gen Space Missions Space Use Cases for AI: Exploring Real Objectives and Challenges for Modern Robotics Bots Before Boots: Venturing into New Worlds with Humanoid Robots as Modern Explorers Tutorial Part 1: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Tutorial Part 2: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Workshop Intro Open Discussion Closing Remarks Keynote Presentation: Designing for Space System Resilience: Managing Requirements and Complexity Foundational Concepts in Simulation-Based Resilience Analysis and Design Challenges in Resilience in Distributed Satellite Systems Workshop Introduction Keynote Speech HPSC Device Overview Developing Software for HPSC HPSC - A Gamechanger That is the Future of Secure and Safe Spaceflight TBA Q&A With the Panelists TSN Ethernet for Space Workshop Introduction The Innovative EDSN and Nodes Cubesat Missions Technical Panel on State of the Art Distributed Space Systems at NASA Versatile VPX Space Computing & Networking at Scale
Constellation	Gyrfalcon: Nanosatellite Constellation and Ground Station Co-design for Low-Latency Critical Event Detection A Distributed Modeling Approach for Solving Constellation Observations Problems at the Edge Starling Formation-Flying Optical Experiment: Design and Initial Flight Results
constellation design
Constraint Solving
Contact Graph Routing	On the Role of Delay Tolerant Networks and Contact Graph Routing in Direct-to-Satellite IoT Distributed Volume Management in Space DTNs: Scoping Schedule-Aware Bundle Routing
Contact Plan	IPN-V: The Interplanetary Network Visualizer
Control Design	Characterizing Computational Resources of GNC Algorithms
COSE	Toward a Distributed and Autonomous DTN Security Environment
COTS	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module NASA efforts towards a holistic COTS approach for Space Avionics
Coverage	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
Crew Interface Challenges	Information Systems for Crew-Led Operations Beyond Low-Earth Orbit
CubeSat	Initial Steps to Create A CubeSat Program The Innovative EDSN and Nodes Cubesat Missions
Curiosity	DEMO: Scientific Data Analysis using Collaborative Virtual Reality
Cyber-Physical System Engineering
Cyber-physical systems	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
cybersecurity for space systems	Attack Surface Analysis for Spacecraft Flight Software
Cybersecurity Requirements	Minimum Requirements for Space System Cybersecurity - Ensuring Cyber Access to Space
D
Data	Platinum Sponsor 3D Plus: Radiation tolerant MNEMOSYNE boot memory and 80-bit bus width DDR4 for HPSC processor SCS3740 & HPSC Rad-Hard SBC, DDR4, eMMC and Terabit NAND for Space Rapid Development and Automated Testing of Dependable Heterogeneous Multi-node Space Systems with Open Source Tools Sponsor LeWiz Communications: Rad-Hard Technologies for Emerging Standards Platinum Sponsor SiFive: Vector Computing for Space Applications AMD XQR Versal Adaptive SoCs Enable Next-Generation Signal Processing in Space Standards-Based Development and Design for High-Performance Single Board Computers Platinum Sponsor: Enabling the Orbital Internet: Scalable Hi-Rel Solutions for Boot, Storage and AI Processing Frontgrade Space Computing Ecosystem SpaceFibre: A High-Performance, High-Availability Interconnect for Space Applications Upgrading the Basics - Review of Micropac Offering High Reliability for Space Systems with Synplify FPGA Synthesis Solution Teledyne e2v Space Radiation Tolerant Data Processing Solutions Next Generation Arm Based Edge Processing from VORAGO
data capture analysis	Space System High Performance, Multi-Channel FPGA Framework for Data Capture, Transmission and Analysis
Data Handling	UFRGS: New Approaches Toward Advanced Data Handling for Space Products
data processing	Radiation Tolerant MNEMOSYNE boot memory and 80 bits bus width DDR4 for HPSC processor.
Data Products	University of Pittsburgh: New Approaches Toward Advanced Data Handling for Space Products UFRGS: New Approaches Toward Advanced Data Handling for Space Products
Data-Handling	Instrument Interfacing with SpaceFibre
Datacenter	Rad Hard Datacenter for Space
Dataflow Programming	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
DC/DC control applications	GR716B: LEON3FT Rad-Hard Microcontroller
DDR4	Radiation Tolerant MNEMOSYNE boot memory and 80 bits bus width DDR4 for HPSC processor.
Decision Making	Applying Ethical Decision Making in Space Missions
deep learning	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
Deep Reinforcement Learning	Investigating the Impact of Choice on Deep Reinforcement Learning for Space Controls
Delay Tolerant Networking	Advances in High-rate Delay Tolerant Networking On-board the International Space Station Evaluating a Cognitive Extension for LTP in a Spacecraft Emulation Testbed
Delay Tolerant Networking (DTN)
Delay- and Disruption-Tolerant Networks (DTN)	Adding Quality of Service Support to Bundle Protocol Through an Extension Block
delay-tolerant	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
Delay-tolerant networking	On the Role of Delay Tolerant Networks and Contact Graph Routing in Direct-to-Satellite IoT Using the IP Protocol Suite for Applications in Deep Space
Delay-Tolerant Networks	Distributed Volume Management in Space DTNs: Scoping Schedule-Aware Bundle Routing IPN-V: The Interplanetary Network Visualizer
Design	Sponsor Mirabilis: Role of Chiplets in Space
Deterministic	TSN Ethernet for Space
Direct-to-satellite IoT	On the Role of Delay Tolerant Networks and Contact Graph Routing in Direct-to-Satellite IoT
disabilities	Panel on Technology for Accessibility in Space: Dr. Shawna Pandya, Kalind Carpenter, Stephane Ghiste, Dr. Sheyna Gifford
Disruption Tolerant Networking (DTN)
disruption-tolerant	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
Distributed
Distributed Agreement
distributed computing	Open Source Architecture for Coherent, Distributed Computing
Distributed Constraint Optimisation Problems
distributed space systems
Distributed Systems	Workshop Introduction The Innovative EDSN and Nodes Cubesat Missions Decision Making and Information Sharing amongst a Team of Autonomous Lunar Robots Gyrfalcon: Nanosatellite Constellation and Ground Station Co-design for Low-Latency Critical Event Detection A Distributed Modeling Approach for Solving Constellation Observations Problems at the Edge libs3: A novel Parameters System and Middleware for distributed space systems Starling Formation-Flying Optical Experiment: Design and Initial Flight Results Technical Panel on State of the Art Distributed Space Systems at NASA Future Distributed Space Systems and the Small Satellite Technology Program
DTN	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack Toward a Distributed and Autonomous DTN Security Environment Using the IP Protocol Suite for Applications in Deep Space
E
Earth Observation	A novel method for rapid orbital deployment of ML for space applications
earth-observation	Emerging Threats of AI-Integration in Space User Segment: A Reference Architecture and Attack Tree Analysis
Edge AI
EDHOC	Toward a Distributed and Autonomous DTN Security Environment
EEE	NASA efforts towards a holistic COTS approach for Space Avionics
EEEE parts	NASA efforts towards a holistic COTS approach for Space Avionics
EFC	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
embedded flight software	Microcontroller based Motor Control for Space Applications
Embedded systems	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
Embedded Systems Development
end to end delivery delay
ESA	ESA: New Approaches Toward Advanced Data Handling for Space Products
Established COTS parts	NASA efforts towards a holistic COTS approach for Space Avionics
established reliability	NASA efforts towards a holistic COTS approach for Space Avionics
Ethernet	Fiber Optic Physical Layer for Ethernet LInks TSN Ethernet for Space
Ethical AI	Applying Ethical Decision Making in Space Missions
evaluation	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
exploration	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO)
F
Failure tolerance	Failure-Tolerant Avionics for Crewed Spaceflight: An NESC Position Presentation
Fault containment	Failure-Tolerant Avionics for Crewed Spaceflight: An NESC Position Presentation
Fault Tolerance	Workshop Introduction (1st Session) Workshop Welcome (2nd Session) Space System Development: Balancing Performance and Fault Tolerance Panel Discussion
Fault-Tolerant Computing	Towards a Radiation-Tolerant Display System Reliable, ML-Based Image Processing and Compression for an Accelerated Onboard Imaging Pipeline
FFT	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
Fiber	Fiber Optic Physical Layer for Ethernet LInks
flash memory	Characterization of Single Event Functional Interrupts in COTS and Rad-Hard ARM Microcontrollers Summary of Radiation Test Results of Recent e.MMC Managed Flash Devices
flight software	Evolution of core Flight System (cFS) Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F'
Flight software integration and testing	Advances in High-rate Delay Tolerant Networking On-board the International Space Station
Flight-software
Fluorescence Spectrometry	M.A.V.I.S- Project AV
forwarding	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
Foundation Models	Scaling up Robotics via Foundation Models: Exploring Opportunities and Challenges
FPGA	A Dynamically Reconfigurable Single Board Computer for High-Dynamic Range Space Cameras Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space FPGA based Adaptive Computers for ML in Space AMD XQR Versal Adaptive SoCs Enable Next-Generation Signal Processing in Space
FPGA and COTS supervision	GR716B: LEON3FT Rad-Hard Microcontroller
FPGA implementation	Space System High Performance, Multi-Channel FPGA Framework for Data Capture, Transmission and Analysis
framework	Leveraging the Rust Programming Language for Space Applications
Fuzz testing	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
G
Geomegnatic Strom	Fault-Tolerant Space Weather Prediction: Leveraging Raw DSCOVR Data with Long Short-Term Memory in Machine Learning
Graphics	Towards a Radiation-Tolerant Display System
ground station	Initial Steps to Create A CubeSat Program
ground station design
Guidance	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
H
Hardware	Versatile VPX Space Computing & Networking at Scale
hardware based network transmission	Space System High Performance, Multi-Channel FPGA Framework for Data Capture, Transmission and Analysis
Hardware In The Loop	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
HDR Space Camera	A Dynamically Reconfigurable Single Board Computer for High-Dynamic Range Space Cameras
Heterogeneous computing	COSMOS - Computational Optimization and Scheduling for Multi-tenant Orbital Services
heterogenous computing	Open Source Architecture for Coherent, Distributed Computing
Hi-Rel	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer
High Level Synthesis (HLS)	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
high performance	Towards a Qualifiable Space Cloud Approach
High Performance Computing (HPC)
High-Performance Spaceflight Computing	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
hop count
HPSC	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer Robotic Manipulation Testbeds with HPSC IDEAS-TEK’s Small Form factor HPSC Solution Motiv Robotics and HPSC Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications Platinum Sponsor: Microchip: The Dawn of the HPSC Era: A 2024 Perspective HPSC - A Gamechanger That is the Future of Secure and Safe Spaceflight TBA HPSC Single Board Computer Q&A With the Panelists TSN Ethernet for Space
I
ILPM	NASA efforts towards a holistic COTS approach for Space Avionics
image classification	Anomaly Detection in Spacecraft Telemetry: Forecasting vs. Classification
Image Compression	Reliable, ML-Based Image Processing and Compression for an Accelerated Onboard Imaging Pipeline
Image Processing	Reliable, ML-Based Image Processing and Compression for an Accelerated Onboard Imaging Pipeline
imaging	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
Industry Leading Parts Manufacturer	NASA efforts towards a holistic COTS approach for Space Avionics
Instrument	Instrument Interfacing with SpaceFibre
International Space Station	Advances in High-rate Delay Tolerant Networking On-board the International Space Station
Interoperability	Robotic Manipulation Testbeds with HPSC
Interplanetary Networking	IPN-V: The Interplanetary Network Visualizer
Interplanetary Overlay Network (ION)
ION	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
IP	Using the IP Protocol Suite for Applications in Deep Space FPGA based Adaptive Computers for ML in Space
iss	Keynote: Dr. Stephen Robinson
K
k1	Launching Beyond: The Essential Role of Terrestrial DTN for Interplanetary Success High-performance DTN Using Larger Packets with Forward Error Correction DTN transport layer security implementation and evaluation in operational environment On the Role of DTN in HAPS-Enabled Satellite Mega-Constellations Panel: BP and IP Visions Introduction to workshop and logistic Panel Presentations Breakout Sessions Breakout Sessions Continue Workshop Wrapup AI Foundation Models for NASA Science: a Culture of Openness Foundation Models and Patterns for Science Time Series Ethics and Trustworthy Foundation Models Leveraging AI for Assurance of Critical Software Systems Intelligent Parsing of Academic Literature Using Large Language Models Workshop Introduction Flight Software Considerations for Multicore Processors Interactive Challenge #1 - Hard Real Time Control Loop Application Timing Verification for Multicores Interactive Challenge #1 Re-Visit Interactive Challenge #2 - Mixed Criticality Application Interactive Challenges Re-Visit Welcome and introductory comments Panel Concluding remarks Panel Applied XR for NASA Science and Engineering Walking the bots in Space: Towards an intuitive and immersive teleoperation system for Space robotics operations Using holographic displays to enable high quality 3D images and uniquely compact form factors for AR and VR near-eye displays Scientific Data Analysis using Collaborative Virtual Reality URSA: LLM-Driven Immersive Augmented Reality User Interface for Robotics and Space Exploration
k2	Launching Beyond: The Essential Role of Terrestrial DTN for Interplanetary Success High-performance DTN Using Larger Packets with Forward Error Correction DTN transport layer security implementation and evaluation in operational environment On the Role of DTN in HAPS-Enabled Satellite Mega-Constellations Panel: DTN Protocol Stack Architectures" Panelists: Felix Flentge (ESA), Rachel Dudukovich (NASA Glenn), Scott Burleigh (former JPL), Felix Walter (D3TN) Panel: BP and IP Visions Introduction to workshop and logistic Panel Presentations Breakout Sessions Breakout Sessions Continue Workshop Wrapup AI Foundation Models for NASA Science: a Culture of Openness Foundation Models and Patterns for Science Time Series Ethics and Trustworthy Foundation Models Leveraging AI for Assurance of Critical Software Systems Intelligent Parsing of Academic Literature Using Large Language Models Workshop Introduction Flight Software Considerations for Multicore Processors Interactive Challenge #1 - Hard Real Time Control Loop Application Timing Verification for Multicores Interactive Challenge #1 Re-Visit Interactive Challenge #2 - Mixed Criticality Application Interactive Challenges Re-Visit Welcome and introductory comments Panel Concluding remarks Panel Applied XR for NASA Science and Engineering Walking the bots in Space: Towards an intuitive and immersive teleoperation system for Space robotics operations Using holographic displays to enable high quality 3D images and uniquely compact form factors for AR and VR near-eye displays Scientific Data Analysis using Collaborative Virtual Reality URSA: LLM-Driven Immersive Augmented Reality User Interface for Robotics and Space Exploration
k3	Launching Beyond: The Essential Role of Terrestrial DTN for Interplanetary Success High-performance DTN Using Larger Packets with Forward Error Correction DTN transport layer security implementation and evaluation in operational environment On the Role of DTN in HAPS-Enabled Satellite Mega-Constellations Panel: DTN Protocol Stack Architectures" Panelists: Felix Flentge (ESA), Rachel Dudukovich (NASA Glenn), Scott Burleigh (former JPL), Felix Walter (D3TN) Panel: BP and IP Visions Introduction to workshop and logistic Panel Presentations Breakout Sessions Breakout Sessions Continue Workshop Wrapup AI Foundation Models for NASA Science: a Culture of Openness Foundation Models and Patterns for Science Time Series Ethics and Trustworthy Foundation Models Leveraging AI for Assurance of Critical Software Systems Intelligent Parsing of Academic Literature Using Large Language Models Workshop Introduction Flight Software Considerations for Multicore Processors Interactive Challenge #1 - Hard Real Time Control Loop Application Timing Verification for Multicores Interactive Challenge #1 Re-Visit Interactive Challenge #2 - Mixed Criticality Application Interactive Challenges Re-Visit Welcome and introductory comments Panel Concluding remarks Panel Applied XR for NASA Science and Engineering Walking the bots in Space: Towards an intuitive and immersive teleoperation system for Space robotics operations Using holographic displays to enable high quality 3D images and uniquely compact form factors for AR and VR near-eye displays Scientific Data Analysis using Collaborative Virtual Reality URSA: LLM-Driven Immersive Augmented Reality User Interface for Robotics and Space Exploration
key1	Some Challenges of Implementing Delay Tolerant Networking at Mars Insights into HDTN’s High Performance LTP Implementation
key2	Some Challenges of Implementing Delay Tolerant Networking at Mars Insights into HDTN’s High Performance LTP Implementation Building DTN networking for LunaNet Service Providers
key3	Some Challenges of Implementing Delay Tolerant Networking at Mars Insights into HDTN’s High Performance LTP Implementation Building DTN networking for LunaNet Service Providers
key4	Building DTN networking for LunaNet Service Providers
keynote	Keynote: Dr. Eugene Tu Keynote: Dr. Elizabeth Turtle Keynote: Jason Aspiotis Keynote: Dr. Prasun Desai Keynote: Dr. Jesse Mee Keynote: Dr. Damon Bradley
ki	Panel: DTN Protocol Stack Architectures" Panelists: Felix Flentge (ESA), Rachel Dudukovich (NASA Glenn), Scott Burleigh (former JPL), Felix Walter (D3TN)
Koopman surrogate mode	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
L
LEON3FT	GR716B: LEON3FT Rad-Hard Microcontroller
Licklider Transmission Protocol	Evaluating a Cognitive Extension for LTP in a Spacecraft Emulation Testbed
linux	Introduction to the Workshop
literature review	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
low latency
Low-power onboard processing	COSMOS - Computational Optimization and Scheduling for Multi-tenant Orbital Services
LSTM	An AI-based Approach to On-Orbit Anomaly Detection in Spacecraft Telemetry using Recurrent Neural Networks
LunaNet	Toward a Distributed and Autonomous DTN Security Environment
M
Machine Learning	Reliable, ML-Based Image Processing and Compression for an Accelerated Onboard Imaging Pipeline Streaming Analytics for Enhancing Anomaly Detection in Satellite State-of-Health Telemetry Resilience for AI/ML Space Applications
Manipulation	Motiv Robotics and HPSC
Mars exploration	DEMO: Scientific Data Analysis using Collaborative Virtual Reality
Mars helicopter	Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F'
mars operations	Maintaining Mars Rover Operations Software On A Budget
MarsNet	Toward a Distributed and Autonomous DTN Security Environment
Mathworks	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
Memory	Platinum Sponsor 3D Plus: Radiation tolerant MNEMOSYNE boot memory and 80-bit bus width DDR4 for HPSC processor
Microcontroller	GR716B: LEON3FT Rad-Hard Microcontroller
microprocessors	Characterization of Single Event Functional Interrupts in COTS and Rad-Hard ARM Microcontrollers
Middleware	libs3: A novel Parameters System and Middleware for distributed space systems
MIL-SPEC	NASA efforts towards a holistic COTS approach for Space Avionics
Mitigation	Challenges: Mitigation
ML	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
Model predictive control	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
Modelling	Sponsor Mirabilis: Role of Chiplets in Space A Distributed Modeling Approach for Solving Constellation Observations Problems at the Edge
modelling and simulation
Modular systems	IDEAS-TEK’s Small Form factor HPSC Solution
moon2mars	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO)
Moonlight	Toward a Distributed and Autonomous DTN Security Environment
Motiv	Motiv Robotics and HPSC
motor controller	Microcontroller based Motor Control for Space Applications
Multicore Processor	Platinum Sponsor: Microchip: The Dawn of the HPSC Era: A 2024 Perspective
multiple-cell upset (MCU)	Characterization of Single Event Functional Interrupts in COTS and Rad-Hard ARM Microcontrollers
N
Nanosatellite	Gyrfalcon: Nanosatellite Constellation and Ground Station Co-design for Low-Latency Critical Event Detection
NASA	NASA efforts towards a holistic COTS approach for Space Avionics Evolution of core Flight System (cFS) NASA: New Approaches Toward Advanced Data Handling for Space Products Keynote Speech
Navigation and Control (GNC)	A Reactive System-specific Compilation Chain from Synchronous Dataflow Models to FPGA Netlist
networking	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
neuromorphic computing	Radiation Test Performance of the Intel Loihi Neuromorphic Processor
Nix	Using Rust and Nix for for faster flight software iteration loops
Non-Volatile Memory	Radiation Tolerant MNEMOSYNE boot memory and 80 bits bus width DDR4 for HPSC processor.
O
on-board satellites	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
on-board software	Leveraging the Rust Programming Language for Space Applications
Onboard Computing	Reliable, ML-Based Image Processing and Compression for an Accelerated Onboard Imaging Pipeline
Onboard Problem-Solving	Information Systems for Crew-Led Operations Beyond Low-Earth Orbit
Onboard Processing	Performance Characterization of Gemini APU Processing-in-Memory Devices for Space NASA Avionics Technology Shortfalls
open source	Astrobee: Advancing ISS Autonomy through Open Source Collaboration Introduction to the Workshop Using Rust and Nix for for faster flight software iteration loops Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F' Tutorial on F'
open source distributed computing	Open Source Architecture for Coherent, Distributed Computing
open-source	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation Open-CFR: Open-source Co-design Framework for Redundancy with DPR in COTS FPGA SoCs
operating system abstraction layer	Attack Surface Analysis for Spacecraft Flight Software
operations	Maintaining Mars Rover Operations Software On A Budget
Optic	Fiber Optic Physical Layer for Ethernet LInks
Optical communication	Advances in High-rate Delay Tolerant Networking On-board the International Space Station
Orbital Edge Computing	A novel method for rapid orbital deployment of ML for space applications
P
panel	Panel on Technology for Accessibility in Space: Dr. Shawna Pandya, Kalind Carpenter, Stephane Ghiste, Dr. Sheyna Gifford
Parameter System
Parameters
Payload	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
Performance Benchmarking	Performance Characterization of Gemini APU Processing-in-Memory Devices for Space
PKIX	Toward a Distributed and Autonomous DTN Security Environment
Processing	Platinum Sponsor 3D Plus: Radiation tolerant MNEMOSYNE boot memory and 80-bit bus width DDR4 for HPSC processor SCS3740 & HPSC Rad-Hard SBC, DDR4, eMMC and Terabit NAND for Space Rapid Development and Automated Testing of Dependable Heterogeneous Multi-node Space Systems with Open Source Tools Sponsor LeWiz Communications: Rad-Hard Technologies for Emerging Standards Platinum Sponsor SiFive: Vector Computing for Space Applications AMD XQR Versal Adaptive SoCs Enable Next-Generation Signal Processing in Space Standards-Based Development and Design for High-Performance Single Board Computers Platinum Sponsor: Enabling the Orbital Internet: Scalable Hi-Rel Solutions for Boot, Storage and AI Processing Frontgrade Space Computing Ecosystem SpaceFibre: A High-Performance, High-Availability Interconnect for Space Applications Upgrading the Basics - Review of Micropac Offering High Reliability for Space Systems with Synplify FPGA Synthesis Solution Teledyne e2v Space Radiation Tolerant Data Processing Solutions Next Generation Arm Based Edge Processing from VORAGO
processing cluster	Open Source Architecture for Coherent, Distributed Computing
Processing-in-Memory	Performance Characterization of Gemini APU Processing-in-Memory Devices for Space
Processor	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module Workshop Introduction
Processor Architecture	Performance Characterization of Gemini APU Processing-in-Memory Devices for Space
Protocol
Q
qualification	Towards a Qualifiable Space Cloud Approach
Quality of Service (QoS)	Adding Quality of Service Support to Bundle Protocol Through an Extension Block
QUIC	Using the IP Protocol Suite for Applications in Deep Space
R
rad hard processor	Rad Hard Datacenter for Space
Rad-Hard	GR716B: LEON3FT Rad-Hard Microcontroller
Rad-Hard by Design	Platinum Sponsor: Microchip: The Dawn of the HPSC Era: A 2024 Perspective
Rad-Hard microcontroller	Microcontroller based Motor Control for Space Applications
Radar	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
radiation	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation NASA efforts towards a holistic COTS approach for Space Avionics Challenges: Radiation Effects and Reliability Challenges: Mitigation
radiation hardened microcontroller	Characterization of Single Event Functional Interrupts in COTS and Rad-Hard ARM Microcontrollers
Radiation Hardness Assurance	NASA efforts towards a holistic COTS approach for Space Avionics
radiation testing	Radiation Test Performance of the Intel Loihi Neuromorphic Processor Summary of Radiation Test Results of Recent e.MMC Managed Flash Devices
Radiation Tolerant Displays	Towards a Radiation-Tolerant Display System
Radiation Tolerant memories	Radiation Tolerant MNEMOSYNE boot memory and 80 bits bus width DDR4 for HPSC processor.
real-time operating system	Attack Surface Analysis for Spacecraft Flight Software
Reconfigurable Computing	A Dynamically Reconfigurable Single Board Computer for High-Dynamic Range Space Cameras
reference architecture	Emerging Threats of AI-Integration in Space User Segment: A Reference Architecture and Attack Tree Analysis
Reliability	Evaluating a Cognitive Extension for LTP in a Spacecraft Emulation Testbed Failure-Tolerant Avionics for Crewed Spaceflight: An NESC Position Presentation
remote systems	Leveraging the Rust Programming Language for Space Applications
representation
Resilience	Workshop Intro Open Discussion Closing Remarks Keynote Presentation: Designing for Space System Resilience: Managing Requirements and Complexity Foundational Concepts in Simulation-Based Resilience Analysis and Design Challenges in Resilience in Distributed Satellite Systems Computational Trust for Resilient Satellite Constellations Resilience for AI/ML Space Applications
RHA	NASA efforts towards a holistic COTS approach for Space Avionics
RISC-V	Platinum Sponsor SiFive: Vector Computing for Space Applications
risk tolerance	NASA efforts towards a holistic COTS approach for Space Avionics
RNN	An AI-based Approach to On-Orbit Anomaly Detection in Spacecraft Telemetry using Recurrent Neural Networks
Robotic Arm	M.A.V.I.S- Project AV
Robotic Manipulation	Robotic Manipulation Testbeds with HPSC
robotic operations	Maintaining Mars Rover Operations Software On A Budget
Robotics	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO) Robotic Manipulation Testbeds with HPSC Motiv Robotics and HPSC Astrobee: Advancing ISS Autonomy through Open Source Collaboration Space Robotics Workshop Kickoff Scaling up Robotics via Foundation Models: Exploring Opportunities and Challenges Multi-Modal Robotic Cooperation for Next-Gen Space Missions Space Use Cases for AI: Exploring Real Objectives and Challenges for Modern Robotics Bots Before Boots: Venturing into New Worlds with Humanoid Robots as Modern Explorers Tutorial Part 1: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Tutorial Part 2: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Decision Making and Information Sharing amongst a Team of Autonomous Lunar Robots
robustness	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
routing	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
Rover	M.A.V.I.S- Project AV Maintaining Mars Rover Operations Software On A Budget
rust	Leveraging the Rust Programming Language for Space Applications Using Rust and Nix for for faster flight software iteration loops
S
S-band	Initial Steps to Create A CubeSat Program
Safety	Failure-Tolerant Avionics for Crewed Spaceflight: An NESC Position Presentation
Sample Collection System	M.A.V.I.S- Project AV
SAMRH707	Microcontroller based Motor Control for Space Applications
Satellite Constellations	Computational Trust for Resilient Satellite Constellations
Satellite Imagery	Transfer Learning with Synthetic Satellite Imagery
satellite swarming
SBC	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
Schedule-Aware Bundle Routing	Distributed Volume Management in Space DTNs: Scoping Schedule-Aware Bundle Routing
Secure-by-Design	Minimum Requirements for Space System Cybersecurity - Ensuring Cyber Access to Space
Security	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
SEL	Summary of Radiation Test Results of Recent e.MMC Managed Flash Devices
Semi-Autonomous	M.A.V.I.S- Project AV
Semi-Supervised Machine learning	Fault-Tolerant Space Weather Prediction: Leveraging Raw DSCOVR Data with Long Short-Term Memory in Machine Learning
Sensor Fusion	Motiv Robotics and HPSC
SERDES	Fiber Optic Physical Layer for Ethernet LInks
Simulation	Sponsor Mirabilis: Role of Chiplets in Space
Single board computer	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
single event effects	Radiation Test Performance of the Intel Loihi Neuromorphic Processor
single event functional interrupt (SEFI)	Characterization of Single Event Functional Interrupts in COTS and Rad-Hard ARM Microcontrollers
Smallsat	Starling Formation-Flying Optical Experiment: Design and Initial Flight Results Future Distributed Space Systems and the Small Satellite Technology Program
Smart Payloads	Motiv Robotics and HPSC
Software	Maintaining Mars Rover Operations Software On A Budget Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications Developing Software for HPSC
software management	Maintaining Mars Rover Operations Software On A Budget
software security engineering	Attack Surface Analysis for Spacecraft Flight Software
software-defined	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
Solar System Internet	IPN-V: The Interplanetary Network Visualizer
SOM	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module
Space	Platinum Sponsor 3D Plus: Radiation tolerant MNEMOSYNE boot memory and 80-bit bus width DDR4 for HPSC processor SCS3740 & HPSC Rad-Hard SBC, DDR4, eMMC and Terabit NAND for Space Rapid Development and Automated Testing of Dependable Heterogeneous Multi-node Space Systems with Open Source Tools Sponsor LeWiz Communications: Rad-Hard Technologies for Emerging Standards FPGA based Adaptive Computers for ML in Space Platinum Sponsor SiFive: Vector Computing for Space Applications Sponsor Mirabilis: Role of Chiplets in Space AMD XQR Versal Adaptive SoCs Enable Next-Generation Signal Processing in Space Standards-Based Development and Design for High-Performance Single Board Computers Platinum Sponsor: Enabling the Orbital Internet: Scalable Hi-Rel Solutions for Boot, Storage and AI Processing Frontgrade Space Computing Ecosystem SpaceFibre: A High-Performance, High-Availability Interconnect for Space Applications Upgrading the Basics - Review of Micropac Offering High Reliability for Space Systems with Synplify FPGA Synthesis Solution Teledyne e2v Space Radiation Tolerant Data Processing Solutions Next Generation Arm Based Edge Processing from VORAGO Introduction to the Workshop Using Rust and Nix for for faster flight software iteration loops Keynote: Dr. Eugene Tu Keynote: Dr. Elizabeth Turtle Keynote: Jason Aspiotis Keynote: Dr. Prasun Desai Panel on Technology for Accessibility in Space: Dr. Shawna Pandya, Kalind Carpenter, Stephane Ghiste, Dr. Sheyna Gifford Keynote: Dr. Jesse Mee Keynote: Dr. Damon Bradley University of Pittsburgh: New Approaches Toward Advanced Data Handling for Space Products UFRGS: New Approaches Toward Advanced Data Handling for Space Products Workshop Welcome (2nd Session) NASA: New Approaches Toward Advanced Data Handling for Space Products ESA: New Approaches Toward Advanced Data Handling for Space Products Challenges: Radiation Effects and Reliability Challenges: Mitigation Space System Development: Balancing Performance and Fault Tolerance Panel Discussion Space Robotics Workshop Kickoff Multi-Modal Robotic Cooperation for Next-Gen Space Missions Space Use Cases for AI: Exploring Real Objectives and Challenges for Modern Robotics Bots Before Boots: Venturing into New Worlds with Humanoid Robots as Modern Explorers Tutorial Part 1: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Tutorial Part 2: Introduction to Robotic Simulations in NVIDIA Isaac Sim & Omniverse Workshop Intro Open Discussion Closing Remarks Keynote Presentation: Designing for Space System Resilience: Managing Requirements and Complexity Foundational Concepts in Simulation-Based Resilience Analysis and Design Resilience for AI/ML Space Applications Workshop Introduction Keynote Speech HPSC Device Overview Developing Software for HPSC HPSC - A Gamechanger That is the Future of Secure and Safe Spaceflight TBA HPSC Single Board Computer Q&A With the Panelists Workshop Introduction The Innovative EDSN and Nodes Cubesat Missions Decision Making and Information Sharing amongst a Team of Autonomous Lunar Robots Gyrfalcon: Nanosatellite Constellation and Ground Station Co-design for Low-Latency Critical Event Detection A Distributed Modeling Approach for Solving Constellation Observations Problems at the Edge libs3: A novel Parameters System and Middleware for distributed space systems Starling Formation-Flying Optical Experiment: Design and Initial Flight Results Technical Panel on State of the Art Distributed Space Systems at NASA Future Distributed Space Systems and the Small Satellite Technology Program Versatile VPX Space Computing & Networking at Scale Keynote: Dr. Stephen Robinson
space cloud	Towards a Qualifiable Space Cloud Approach
Space Communications	Adding Quality of Service Support to Bundle Protocol Through an Extension Block
Space Computing	Towards a Radiation-Tolerant Display System Performance Characterization of Gemini APU Processing-in-Memory Devices for Space Rad Hard Datacenter for Space IDEAS-TEK’s Small Form factor HPSC Solution NASA Avionics Technology Shortfalls
space cyber security	Emerging Threats of AI-Integration in Space User Segment: A Reference Architecture and Attack Tree Analysis
Space Cybersecurity	Minimum Requirements for Space System Cybersecurity - Ensuring Cyber Access to Space
Space Distributed Satellite Systems	Challenges in Resilience in Distributed Satellite Systems
space hardware	Towards a Qualifiable Space Cloud Approach
Space Mission Information Systems	Information Systems for Crew-Led Operations Beyond Low-Earth Orbit
Space Missions	Applying Ethical Decision Making in Space Missions
Space Networking
Space processor	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems Platinum Sponsor: Microchip: The Dawn of the HPSC Era: A 2024 Perspective
space robotics	Integrated Mobile Evaluation Testbed for Robotics Operations (IMETRO)
Space Security Standards	Minimum Requirements for Space System Cybersecurity - Ensuring Cyber Access to Space
space software	Towards a Qualifiable Space Cloud Approach
Space Standards	SpaceVPX Interoperability Development
space systems	Initial Steps to Create A CubeSat Program
space telescope	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
space telescope transmission	Space System High Performance, Multi-Channel FPGA Framework for Data Capture, Transmission and Analysis
Space vehicles	Characterizing Computational Resources of GNC Algorithms
Space Weather Forecasting	Fault-Tolerant Space Weather Prediction: Leveraging Raw DSCOVR Data with Long Short-Term Memory in Machine Learning
Spacecraft	Moog’s HPSC Single Board Computer architecture, development, and use for Space Applications
Spacecraft Constellation
Spacecraft Control	Investigating the Impact of Choice on Deep Reinforcement Learning for Space Controls
spacecraft flight software	Attack Surface Analysis for Spacecraft Flight Software
spacecraft operations	Maintaining Mars Rover Operations Software On A Budget
Spacecraft Resilience	Streaming Analytics for Enhancing Anomaly Detection in Satellite State-of-Health Telemetry
SpaceFibre	Instrument Interfacing with SpaceFibre
SpaceVNX+	IDEAS-TEK’s Small Form factor HPSC Solution
SpaceVPX	SpaceVPX Interoperability Development
SPAD Sensors	A Dynamically Reconfigurable Single Board Computer for High-Dynamic Range Space Cameras
Spectrometer	Instrument Interfacing with SpaceFibre
Spiking Neural Networks	Evaluating a Cognitive Extension for LTP in a Spacecraft Emulation Testbed
standard	NASA efforts towards a holistic COTS approach for Space Avionics
Standards	Standards Based Next Generation Avionics Centered on HPSC Single Board Computer
STAP	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
storage cluster	Open Source Architecture for Coherent, Distributed Computing
Streaming Analytics	Streaming Analytics for Enhancing Anomaly Detection in Satellite State-of-Health Telemetry
SWaP	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module
SWaP-Constrained Operations	Streaming Analytics for Enhancing Anomaly Detection in Satellite State-of-Health Telemetry
systems analysis	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
T
technology	Keynote: Dr. Eugene Tu Keynote: Dr. Elizabeth Turtle Keynote: Jason Aspiotis Keynote: Dr. Prasun Desai Panel on Technology for Accessibility in Space: Dr. Shawna Pandya, Kalind Carpenter, Stephane Ghiste, Dr. Sheyna Gifford Keynote: Dr. Jesse Mee Keynote: Dr. Damon Bradley Keynote: Dr. Stephen Robinson
Telemetry	An AI-based Approach to On-Orbit Anomaly Detection in Spacecraft Telemetry using Recurrent Neural Networks
Test generation	Testing Autonomous Cyber-Physical Systems with Koopman Surrogate Model Predictive Control
Testbed	Robotic Manipulation Testbeds with HPSC Evaluating a Cognitive Extension for LTP in a Spacecraft Emulation Testbed
threat landscape	Emerging Threats of AI-Integration in Space User Segment: A Reference Architecture and Attack Tree Analysis
TID	Total Ionizing Dose Radiation Testing of NVIDIA Jetson Orin NX System on Module Summary of Radiation Test Results of Recent e.MMC Managed Flash Devices
Time Sensitive	Fiber Optic Physical Layer for Ethernet LInks
time series classification	Anomaly Detection in Spacecraft Telemetry: Forecasting vs. Classification
TMR Redundancy	Open-CFR: Open-source Co-design Framework for Redundancy with DPR in COTS FPGA SoCs
tolerance	Machine Learning in Space: Surveying the Robustness of on-board ML models to Radiation
total ionizing dose	Radiation Test Performance of the Intel Loihi Neuromorphic Processor
Transfer Learning	Transfer Learning with Synthetic Satellite Imagery
TSN	TSN Ethernet for Space
TSN Ethernet	Platinum Sponsor: Microchip: The Dawn of the HPSC Era: A 2024 Perspective
U
uD3TN	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
uPCN	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
V
validation framework	Space System High Performance, Multi-Channel FPGA Framework for Data Capture, Transmission and Analysis
Vector Processing	Application of AMD Versal Adaptive SoC to Radar Space Time Adaptive Processing in Space
Versal	An AI-based Approach to On-Orbit Anomaly Detection in Spacecraft Telemetry using Recurrent Neural Networks
virtual reality	DEMO: Scientific Data Analysis using Collaborative Virtual Reality
vision-based navigation
Visualizer Tool	IPN-V: The Interplanetary Network Visualizer
VITA 78	SpaceVPX Interoperability Development
W
wavefront sensing	Selecting Space Processors for High Order Wavefront Control Adaptive Optics Systems
Y
You-Only-Look-Once	Transfer Learning with Synthetic Satellite Imagery
µ
µD3TN	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack
µPCN	The Architectural Refinement of µD3TN: Toward a Software-Defined DTN Protocol Stack