Space Robotics 2025 Contributors - Space Robotics 2025

Mon 28 July - Fri 1 August 2025 Los Angeles, California, United States

co-located with IEEE SMC-IT/SCC 2025

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Results (27)

A Maruthi AkellaAkella, Maruthi Mars Settlement Starts with Autonomy and Robotics
B Dean BergmanBergman, Dean One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 1)
C Brian ColtinColtin, Brian Organization Co-chair in Organizers Committee within the Space Robotics-track
E Mohamed El-HadedyEl-Hadedy, Mohamed California State Polytechnic University, PomonaUnited States RA-SR: A 16–32-Channel Low-Power FPGA Multi-Protocol ESC Controller for Space Robotics
G Grace GaoGao, Grace Unlocking the Offworld Economy with Robotic Technologies
H Jungil HamHam, Jungil Drift-Free Visual Compass Leveraging Digital Twins for Cluttered Environments
K Roshan KalghatgiKalghatgi, Roshan United States Committee Member in Organizers Committee within the Space Robotics-track
Jordan KamKam, Jordan University of California, BerkeleyUnited States A Rigid-Soft Underactuated Tendon-Driven Gripper Prototype for Free-Flying Manipulation Free-Flying Intra-Vehicular Robots: A Review
Marcel KaufmannKaufmann, Marcel NASA/Caltech Jet Propulsion Laboratory Organizing Committee in Organizers Committee within the Space Robotics-track
Grace KimKim, Grace Adaptive Science Operations in Deep Space Missions using Robust Precomputed Autonomy
L Roberto LamparielloLampariello, Roberto Validation and Verification of Safety-Critical Aspects of Autonomy in Orbital Robotics
Pascal LeeLee, Pascal SETI Institute, Mars Institute & NASA Ames Research Center Mars Settlement Starts with Autonomy and Robotics
Ignacio López-FrancosLópez-Francos, Ignacio NASA Ames Mars Settlement Starts with Autonomy and Robotics Chair in Organizers Committee within the Space Robotics-track
M Ricard Marsal I CastanMarsal I Castan, Ricard University of Luxembourg (SnT)Spain Organizing Committee in Organizers Committee within the Space Robotics-track
Rob MuellerMueller, Rob Unlocking the Offworld Economy with Robotic Technologies
N Jack NaishNaish, Jack Learning Surface and Vertical Mobility for Enceladus Direct Ocean Access
Dan NegrutNegrut, Dan One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 2)
O Hiro OnoOno, Hiro One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 1) One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 2)
Q Feifei QianQian, Feifei One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 1)
R Kuldeep Rambhai BaradRambhai Barad, Kuldeep Organizing Committee in Organizers Committee within the Space Robotics-track
Rob RoyceRoyce, Rob NASA Jet Propulsion Laboratory Organizing Committee in Organizers Committee within the Space Robotics-track
S Luis SentisSentis, Luis Mars Settlement Starts with Autonomy and Robotics
Alex SowellSowell, Alex NASA Johnson Space CenterUnited States Organizing Committee in Organizers Committee within the Space Robotics-track
T Yuta TakahashiTakahashi, Yuta Experimental Study of Magnetically-Actuated Satellite Swarm: Controllability Extension via Time-Integrated Control with Geometry Learning
W Maggie WangWang, Maggie Unlocking the Offworld Economy with Robotic Technologies Organizing Committee in Organizers Committee within the Space Robotics-track
Yue WangWang, Yue One-Shot Interplanetary Exploration With Software-Defined Robotic Systems (Part 2)
Dennis WingoWingo, Dennis Unlocking the Offworld Economy with Robotic Technologies