Self-reliant rovers for increased mission productivity. - Daniel M. Gaines; Gary Doran; Michael Paton; Brandon Rothrock; Joseph A. Russino; Ryan Mackey; Robert C. Anderson; Raymond Francis; Chet Joswig; Heather Justice; Ksenia Kolcio; Gregg R. Rabideau; et al. (J. Field Robotics, 2020)

Analyzing the Efficacy of Flexible Execution, Replanning, and Plan Optimization for a Planetary Lander. - Daniel Wang 002; Joseph A. Russino; Connor Basich; Steve A. Chien (ICAPS, 2022)

A Sampling Based Approach to Robust Planning for a Planetary Lander. - Connor Basich; Joseph A. Russino; Steve A. Chien; Shlomo Zilberstein (IROS, 2022)

Demonstrating Autonomy for Complex Space Missions: A Europa Lander Mission Autonomy Prototype. - Caleb Wagner; Cecilia Mauceri; Philip Twu; Yuliya Marchetti; Joseph A. Russino; Dustin Aguilar; Gregg R. Rabideau; Scott Tepsuporn; Steve A. Chien; Glenn Reeves (J. Aerosp. Inf. Syst., 2024)

Planning, Scheduling, and Execution on the Moon: The CADRE Technology Demonstration Mission. - Gregg R. Rabideau; Joseph A. Russino; Andrew Branch; Nihal Dhamani; Tiago Stegun Vaquero; Steve A. Chien; Jean-Pierre de la Croix; Federico Rossi 001 (AAMAS, 2025)

Utility-Driven Approach to Onboard Scheduling and Execution for an Autonomous Europa Lander Mission. - Joseph A. Russino; Daniel Wang 002; Caleb Wagner; Gregg R. Rabideau; Faiz Mirza; Connor Basich; Cecilia Mauceri; Philip Twu; Glenn Reeves; Grace Tan-Wang; Steve A. Chien (J. Aerosp. Inf. Syst., 2025)

Autonomous surface sampling for the Europa Lander mission concept. - Joseph Bowkett; Steve A. Chien; Yuliya Marchetti; Jeremy Nash; Daniel Pastor Moreno; Connor Basich; Matthew Gildner; D. I. Kim; Joseph A. Russino; D. Wang; Jean-Pierre de la Croix; Grace Lim; et al. (Sci. Robotics, 2025)