A Constraint-Based Architecture for Flexible Support to Activity Scheduling. - Amedeo Cesta; Gabriella Cortellessa; Angelo Oddi; Nicola Policella; Angelo Susi (AI*IA, 2001)

A CSP-Based Interactive Decision Aid for Space Mission Planning. - Amedeo Cesta; Gabriella Cortellessa; Angelo Oddi; Nicola Policella (AI*IA, 2003)

Generating High Quality Schedules for a Spacecraft Memory Downlink Problem. - Angelo Oddi; Nicola Policella; Amedeo Cesta; Gabriella Cortellessa (CP, 2003)

Generating Robust Schedules through Temporal Flexibility. - Nicola Policella; Stephen F. Smith; Amedeo Cesta; Angelo Oddi (ICAPS, 2004)

Generating Robust Partial Order Schedules. - Nicola Policella; Angelo Oddi; Stephen F. Smith; Amedeo Cesta (CP, 2004)

User Interaction with an Automated Solver: The Case of a Mission Planner. - Gabriella Cortellessa; Amedeo Cesta; Angelo Oddi; Nicola Policella (PsychNology J., 2004)

Exploiting Temporal Flexibility to Obtain High Quality Schedules. - Nicola Policella; Xiaofang Wang; Stephen F. Smith; Angelo Oddi (AAAI, 2005)

Schedule Robustness Through Broader Solve and Robustify Search for Partial Order Schedules. - Nicola Policella; Amedeo Cesta; Angelo Oddi; Stephen F. Smith (AI*IA, 2005)

Scheduling with uncertainty: A proactive approach using Partial Order Schedules. - Nicola Policella (AI Commun., 2005)

Designing a Testset Generator for Reactive Scheduling. - Nicola Policella; Riccardo Rasconi (Intelligenza Artificiale, 2005)

Scheduling with uncertainty. - Nicola Policella (2005)

Software Companion: The Mexar2 Support to Space Mission Planners. - Amedeo Cesta; Gabriella Cortellessa; Simone Fratini; Angelo Oddi; Nicola Policella (ECAI, 2006)

Integrating Off-Line and On-Line Schedulers. - Riccardo Rasconi; Nicola Policella; Amedeo Cesta (ECAI, 2006)

From Demo to Practice the Mexar Path to Space Operations. - Amedeo Cesta; Gabriella Cortellessa; Simone Fratini; Angelo Oddi; Nicola Policella (IEA/AIE, 2006)

SEaM: Analyzing Schedule Executability Through Simulation. - Riccardo Rasconi; Nicola Policella; Amedeo Cesta (IEA/AIE, 2006)

Boosting the Performance of Iterative Flattening Search. - Angelo Oddi; Nicola Policella; Amedeo Cesta; Stephen F. Smith (AI*IA, 2007)

An Innovative Product for Space Mission Planning: An A Posteriori Evaluation. - Amedeo Cesta; Gabriella Cortellessa; Simone Fratini; Angelo Oddi; Nicola Policella (ICAPS, 2007)

From precedence constraint posting to partial order schedules: A CSP approach to Robust Scheduling. - Nicola Policella; Amedeo Cesta; Angelo Oddi; Stephen F. Smith (AI Commun., 2007)

Mexar2: AI Solves Mission Planner Problems. - Amedeo Cesta; Gabriella Cortellessa; Michel Denis; Alessandro Donati; Simone Fratini; Angelo Oddi; Nicola Policella; Erhard Rabenau; Jonathan Schulster (IEEE Intell. Syst., 2007)

Improving Robustness of Spacecraft Downlink Schedules. - Angelo Oddi; Nicola Policella (IEEE Trans. Syst. Man Cybern. Part C, 2007)

Hybrid Variants for Iterative Flattening Search. - Angelo Oddi; Amedeo Cesta; Nicola Policella; Stephen F. Smith (CPAIOR, 2008)

Continuous Plan Management Support for Space Missions: the RAXEM Case. - Amedeo Cesta; Gabriella Cortellessa; Michel Denis; Alessandro Donati; Simone Fratini; Angelo Oddi; Nicola Policella; Erhard Rabenau; Jonathan Schulster (ECAI, 2008)

Combining variants of iterative flattening search. - Angelo Oddi; Amedeo Cesta; Nicola Policella; Stephen F. Smith (Eng. Appl. Artif. Intell., 2008)

Solve-and-robustify. - Nicola Policella; Amedeo Cesta; Angelo Oddi; Stephen F. Smith (J. Sched., 2009)

Iterative flattening search for resource constrained scheduling. - Angelo Oddi; Amedeo Cesta; Nicola Policella; Stephen F. Smith (J. Intell. Manuf., 2010)

Validating scheduling approaches against executional uncertainty. - Riccardo Rasconi; Amedeo Cesta; Nicola Policella (J. Intell. Manuf., 2010)

Constraint-based methods for scheduling discretionary services. - Xiaofang Wang; Nicola Policella; Stephen F. Smith; Angelo Oddi (AI Commun., 2011)

Benefits of Using Innovative Tools for Diagnostics and Planning in ESA Mission Operations. - Alessandro Donati; José Antonio Martínez Heras; Nicola Policella (J. Adv. Comput. Intell. Intell. Informatics, 2011)

An Automatic Planning and Scheduling System for the Mars Express Uplink Scheduling Problem. - Alessandro Donati; Nicola Policella; Erhard Rabenau; Giovanni Righini; Emanuele Tresoldi (IEEE Trans. Syst. Man Cybern. Part C, 2011)

Metrics for planetary rover planning & scheduling algorithms. - Juan Manuel Delfa Victoria; Oskar von Stryk; Nicola Policella; M. Gallant; Alessandro Donati; Yang Gao 002 (PerMIS, 2012)

Planning Spacecraft Activities: An Automated Approach. - Nicola Policella; Henrique Oliveira; Edoardo Benzi (ICAPS, 2013)

A novel ACO algorithm for dynamic binary chains based on changes in the system's stability. - Claudio Iacopino; Phil Palmer; Andrew Brewer; Nicola Policella; Alessandro Donati (SIS, 2013)

Computational Intelligence for Space Systems and Operations [Guest Editorial]. - Yang Gao 002; Nicola Policella; Frank Kirchner (IEEE Comput. Intell. Mag., 2013)

On Board Autonomy Operations for OPS-SAT Experiment. - Simone Fratini; Julian Gorfer; Nicola Policella (IEA/AIE, 2019)

Ant-Based Automated Mission Planning for Data Relay Space Missions. - Evridiki V. Ntagiou; Roberto Armellin; Claudio Iacopino; Nicola Policella; Alessandro Donati (J. Aerosp. Inf. Syst., 2019)

On-board autonomy operations for OPS-SAT experiment. - Simone Fratini; Nicola Policella; Ricardo Silva; João Guerreiro (Appl. Intell., 2022)