Multi-Agent Planning and Coordination for Distributed Concurrent Engineering. - Sivaram Balasubramanian; Francisco P. Maturana; Douglas H. Norrie (Int. J. Cooperative Inf. Syst., 1996)

Multi-agent Mediator architecture for distributed manufacturing. - Francisco P. Maturana; Douglas H. Norrie (J. Intell. Manuf., 1996)

Distributed decision-making using the contract net within a mediator architecture. - Francisco P. Maturana; Douglas H. Norrie (Decis. Support Syst., 1997)

An Autonomous Cooperative System for High Speed Sorting Systems. - Sivaram Balasubramanian; Francisco P. Maturana; Dave Vasko (DEXA Workshop, 2000)

An Autonomous Cooperative System for Material Handling Applications. - Francisco P. Maturana; Sivaram Balasubramanian; Dave Vasko (ECAI, 2000)

Autonomous Cooperative Factory Control. - Dave Vasko; Francisco P. Maturana; Angela Bowles; Stephen Vandenberg (PRIMA, 2000)

MetaMorph II: an agent-based architecture for distributed intelligent design and manufacturing. - Weiming Shen 001; Francisco P. Maturana; Douglas H. Norrie (J. Intell. Manuf., 2000)

Enhancing the performance of an agent-based manufacturing system through learning and forecasting. - Weiming Shen 001; Francisco P. Maturana; Douglas H. Norrie (J. Intell. Manuf., 2000)

Industrial MAS for Planning and Control. - Pavel Tichý; Petr Slechta; Francisco P. Maturana; Sivaram Balasubramanian (Multi-Agent-Systems and Applications, 2001)

Using Dynamically Created Decision-Making Organizations (Holarchies) to Plan, Commit, and Execute Control Tasks in a Chilled Water System. - Francisco P. Maturana; Pavel Tichý; Raymond J. Staron; Petr Slechta (DEXA Workshops, 2002)

A Highly Distributed Intelligent Multi-agent Architecture for Industrial Automation. - Francisco P. Maturana; Pavel Tichý; Petr Slechta; Raymond J. Staron; Fred Discenzo; Kenwood H. Hall (CEEMAS, 2003)

A Real-Time Interface for Holonic Control Devices. - Robert W. Brennan; Kenwood H. Hall; Vladimír Marík; Francisco P. Maturana; Douglas H. Norrie (HoloMAS, 2003)

Cost-Based Dynamic Reconfiguration System for Evolving Holarchies. - Francisco P. Maturana; Pavel Tichý; Petr Slechta; Raymond J. Staron; Fred Discenzo; Kenwood H. Hall; Vladimír Marík (HoloMAS, 2003)

Cost-based Dynamic Reconfiguration System for Intelligent Agent Negotiation. - Francisco P. Maturana; Pavel Tichý; Petr Slechta; Raymond J. Staron; Fred Discenzo; Kenwood H. Hall; Vladimír Marík (IAT, 2003)

Integrating Multi-Agent Systems: A Case Study. - Francisco P. Maturana; Raymond J. Staron; Fred Discenzo; Kenwood H. Hall; Pavel Tichý; Petr Slechta; Vladimír Marík; David H. Scheidt; Michael J. Pekala; John Bracy (BASYS, 2004)

An Intelligent Agent Validation Architecture for Distributed Manufacturing Organizations. - Francisco P. Maturana; Raymond J. Staron; Kenwood H. Hall; Pavel Tichý; Petr Slechta; Vladimír Marík (BASYS, 2004)

Implementation Issues with Holonic Control Device Communication Interfaces. - Jason J. Scarlett; Robert W. Brennan; Francisco P. Maturana; Kenwood H. Hall; Vladimír Marík; Douglas H. Norrie (BASYS, 2004)

Real time collaborative intelligent solutions. - Francisco P. Maturana; Raymond J. Staron; Kenwood H. Hall (SMC (2), 2004)

Distributed multi-agent architecture for automation systems. - Francisco P. Maturana; Pavel Tichý; Petr Slechta; Fred Discenzo; Raymond J. Staron; Kenwood H. Hall (Expert Syst. Appl., 2004)

Rockwell automation agents for manufacturing. - Vladimír Marík; Pavel Vrba; Kenwood H. Hall; Francisco P. Maturana (AAMAS Industrial Applications, 2005)

Agent-Based Control of a Municipal Water System. - Lucilla Giannetti; Francisco P. Maturana; Frederick M. Discenzo (CEEMAS, 2005)

A Strategy to Implement and Validate Industrial Applications of Holonic Systems. - Francisco P. Maturana; Raymond J. Staron; Pavel Tichý; Petr Slechta; Pavel Vrba (HoloMAS, 2005)

Methodologies and Tools for Intelligent Agents in Distributed Control. - Francisco P. Maturana; Raymond J. Staron; Kenwood H. Hall (IEEE Intell. Syst., 2005)

An Agent-OS for Autonomous Cooperative Systems. - Francisco P. Maturana; Raymond J. Staron; Pavel Tichý; Pavel Vrba; Charles Rischar; Vladimír Marík; Kenwood H. Hall (BASYS, 2006)

Envisioning an Agent-OS for Autonomous Cooperative Systems. - Francisco P. Maturana; Pavel Tichý; Pavel Vrba (SMC, 2006)

Agents in Industry: The Best from the AAMAS 2005 Industry Track. - Michal Pechoucek; Simon G. Thompson; Jeremy W. Baxter; Graham S. Horn; Koen Kok; Cor Warmer; René Kamphuis; Vladimír Marík; Pavel Vrba; Kenwood H. Hall; Francisco P. Maturana; Klaus Dorer; et al. (IEEE Intell. Syst., 2006)

Multiagent technology for fault tolerance and flexible control. - Pavel Tichý; Petr Slechta; Raymond J. Staron; Francisco P. Maturana; Kenwood H. Hall (IEEE Trans. Syst. Man Cybern. Syst., 2006)

Methods to Observe the Clustering of Agents Within a Multi-Agent System. - Raymond J. Staron; Pavel Tichý; Radek Sindelár; Francisco P. Maturana (HoloMAS, 2007)

Distributed multi sensor agent for composite curing control. - Francisco P. Maturana; Dan L. Carnahan; Donald D. Theroux; Kenwood H. Hall (ETFA, 2008)

Distributed Agent Software for Automation. - Francisco P. Maturana; Dan L. Carnahan; Kenwood H. Hall (Handbook of Automation, 2009)

Distributed Goal Achievement in Control Systems. - Raymond J. Staron; Francisco P. Maturana; Dan L. Carnahan; Kenwood H. Hall (ESA, 2010)

Simulation-based environment for modeling distributed agents for smart grid energy management. - Francisco P. Maturana; Rohan Ambre; Raymond J. Staron; Dan L. Carnahan; Kenneth A. Loparo (ETFA, 2011)

Holonic Multi-Agent System for Real Time Simulation of Control Systems. - Francisco P. Maturana; Raymond J. Staron; Dan L. Carnahan; Asha Iype; Kenwood H. Hall (HoloMAS, 2011)

Rockwell Automation's Holonic and Multiagent Control Systems Compendium. - Pavel Vrba; Pavel Tichý; Vladimír Marík; Kenwood H. Hall; Raymond J. Staron; Francisco P. Maturana; Petr Kadera (IEEE Trans. Syst. Man Cybern. Part C, 2011)

A Virtual Design Engineering Environment for Control System Design and Validation. - Francisco P. Maturana; Maulik Kalolia; Polo Paredes (HoloMAS, 2013)

Information Framework for Energy Systems Using Agent-based Cloud Computing Technology. - Francisco P. Maturana; Luois Mann; Juan Asenjo; Shweta Chatrola; Raymond J. Staron (ICINCO (2), 2014)

Merging Agents and Cloud Services in Industrial Applications. - Francisco P. Maturana; Juan Asenjo; Neethu S. Philip; Shweta Chatrola (Appl. Comput. Intell. Soft Comput., 2014)

Real-time hybrid simulation of manufacturing systems for performance analysis and control. - Miguel Saez; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (CASE, 2015)

Anomaly detection and productivity analysis for cyber-physical systems in manufacturing. - Miguel Saez; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (CASE, 2017)

Virtual fusion: a hybrid environment for improved commissioning in manufacturing systems. - Nicholas M. Putman; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (Int. J. Prod. Res., 2017)

Closing the Loop in IoT-enabled Manufacturing Systems: Challenges and Opportunities. - Kira Barton; Francisco P. Maturana; Dawn M. Tilbury (ACC, 2018)

A Data Transformation Adapter for Smart Manufacturing Systems with Edge and Cloud Computing Capabilities. - Miguel Saez; Steven Lengieza; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (EIT, 2018)

A hierarchical, fuzzy inference approach to data filtration and feature prioritization in the connected manufacturing enterprise. - Phillip M. LaCasse; Wilkistar Otieno; Francisco P. Maturana (J. Big Data, 2018)

Real-Time Manufacturing Machine and System Performance Monitoring Using Internet of Things. - Miguel Saez; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (IEEE Trans Autom. Sci. Eng., 2018)

Operationalization of a Machine Learning and Fuzzy Inference-Based Defect Prediction Case Study in a Holonic Manufacturing System. - Phillip M. LaCasse; Wilkistar Otieno; Francisco P. Maturana (HoloMAS, 2019)

Context-Sensitive Modeling and Analysis of Cyber-Physical Manufacturing Systems for Anomaly Detection and Diagnosis. - Miguel Saez; Francisco P. Maturana; Kira Barton; Dawn M. Tilbury (IEEE Trans Autom. Sci. Eng., 2020)

Learning with supervised data for anomaly detection in smart manufacturing. - Meiling He; Matthew E. H. Petering; Phillip M. LaCasse; Wilkistar Otieno; Francisco P. Maturana (Int. J. Comput. Integr. Manuf., 2023)