Intra- and Inter-Object Coordination with MESSENGERS. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt; Fehmina Merchant (COORDINATION, 1996)

Distributed Computing Using Autonomous Objects. - Lubomir Bic; Munehiro Fukuda; Michael B. Dillencourt (Computer, 1996)

A Hierarchical Mapping Scheme for Mobile Agent Systems. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt; Fehmina Merchant (FTDCS, 1997)

Messages versus Messengers in Distributed Programming. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt; Fehmina Merchant (ICDCS, 1997)

Performance of the MESSENGERS Autonomous-Objects-Based System. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt (WWCA, 1997)

Automatic State Capture of Self-Migrating Computations in MESSENGERS. - Christian Wicke; Lubomir Bic; Michael B. Dillencourt; Munehiro Fukuda (Mobile Agents, 1998)

Distributed Coordination with MESSENGERS. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt; Fehmina Merchant (Sci. Comput. Program., 1998)

Self-Migrating Threads for Multi-Agent Applications. - Naoya Suzuki; Munehiro Fukuda; Lubomir Bic (IWCC, 1999)

Introducing Dynamic Data Structure into Mobile Agents. - Munehiro Fukuda; Naoya Suzuki; Lubomir Bic (PDPTA, 1999)

Messages versus Messengers in Distributed Programming. - Munehiro Fukuda; Lubomir Bic; Michael B. Dillencourt; Jason M. Cahill (J. Parallel Distributed Comput., 1999)

Design and Performance of Maestro Cluster Network. - Shinichi Yamagiwa; Munehiro Fukuda; Koichi Wada 002 (CLUSTER, 2000)

A hierarchical commitment algorithm for permanent time stamp ordering. - Shin-ya Kobayashi; Kouji Matsuura; Nobuyuki Ishimori; Munehiro Fukuda (Syst. Comput. Jpn., 2000)

Programmability and Performance of M++ Self-Migrating Threads. - Munehiro Fukuda; Naoya Suzuki; Luís Miguel Campos; Shin-ya Kobayashi (CLUSTER, 2001)

Inter-Cluster Job Coordination Using Mobile Agents. - Munehiro Fukuda; Yuichiro Tanaka; Luís Miguel Campos; Shin-ya Kobayashi (Active Middleware Services, 2001)

Messengers: Distributed Programming using Mobile Agents. - Munehiro Fukuda; Lubomir F. Bic; Michael B. Dillencourt; Fehmina Merchant (Trans. SDPS, 2001)

High Performance Network of PC Cluster Maestro. - Koichi Wada 002; Shinichi Yamagiwa; Munehiro Fukuda (Clust. Comput., 2002)

A Mobile-Agent-Based PC Grid . - Munehiro Fukuda; Yuichiro Tanaka; Naoya Suzuki; Lubomir Bic; Shin-ya Kobayashi (Active Middleware Services, 2003)

On the performance of Maestro2 high performance network equipment, using new improvement techniques. - Shinichi Yamagiwa; Kevin Ferreira; Luís Miguel Campos; Keiichi Aoki; Masaaki Ono; Koichi Wada 002; Munehiro Fukuda; Leonel Sousa (IPCCC, 2004)

UWAgents: A Mobile Agent System Optimized for Grid Computing. - Munehiro Fukuda; Duncan Smith (GCA, 2006)

AgentTeamwork: Coordinating grid-computing jobs with mobile agents. - Munehiro Fukuda; Koichi Kashiwagi; Shin-ya Kobayashi (Appl. Intell., 2006)

Fault-Tolerant Job Execution over Multi-Clusters Using Mobile Agents. - Munehiro Fukuda; Emory Horvath; Solomon Lane (GCA, 2007)

An Implementation of Parallel File Distribution in an Agent Hierarchy. - Jumpei Miyauchi; Munehiro Fukuda; Joshua Phillips (PDPTA, 2007)

An implementation of parallel file distribution in an agent hierarchy. - Munehiro Fukuda; Jumpei Miyauchi (J. Supercomput., 2009)

Morphing Parallelization Strategy to Support On-the-Fly Video Analysis. - Munehiro Fukuda; Shuichi Kurabayashi; Jeremy K. Hall; Yasushi Kiyoki (PDPTA, 2010)

A Design of Flexible Data Channels for Sensor-Cloud Integration. - Jose Melchor; Munehiro Fukuda (ICSEng, 2011)

A Parallel Multi-agent Spatial Simulation Environment for Cluster Systems. - Timothy Chuang; Munehiro Fukuda (CSE, 2013)

Load Balancing of Multi-Sink Sensor Networks with Asymmetric Topology and Traffic Patterns. - Yuta Aoki; Tadao Oishi; Masaki Bandai; Munehiro Fukuda; Takashi Watanabe 001 (IEICE Trans. Commun., 2013)

Agent and Spatial Based Parallelization of Biological Network Motif Search. - Matthew Kipps; Wooyoung Kim; Munehiro Fukuda (HPCC/CSS/ICESS, 2015)

Dynamic load balancing in multi-agent spatial simulation. - Bhargav Mistry; Munehiro Fukuda (PACRIM, 2015)

A multi-agent spatial simulation library for parallelizing transport simulations. - Zhiyuan Ma; Munehiro Fukuda (WSC, 2015)

MASS-Based NemoProfile Construction for an Efficient Network Motif Search. - Andrew Andersen; Wooyoung Kim; Munehiro Fukuda (BDCloud-SocialCom-SustainCom, 2016)

Data Provenance for Multi-Agent Models. - Delmar B. Davis; Jonathan Featherston; Munehiro Fukuda; Hazeline U. Asuncion (eScience, 2017)

Collision-Free Agent Migration in Spatial Simulation. - Munehiro Fukuda; Christopher Bowzer; Benjamin Phan; Kasey Cohen (FedCSIS (Communication Papers), 2017)

A Multi-agent Parallel Approach to Analyzing Large Climate Data Sets. - Jason Woodring; Matthew Sell; Munehiro Fukuda; Hazeline U. Asuncion; Eric P. Salathe (ICDCS, 2017)

Analysis of Agent-Based Parallelism for Use in Clustering and Classification Applications. - Collin Gordon; Munehiro Fukuda (PAAMS, 2018)

Benchmarking the Agent Descriptivity of Parallel Multi-agent Simulators. - Craig Shih; Caleb Yang; Munehiro Fukuda (PAAMS (Workshops), 2018)

Analyzing Strong Spatial Cognition: A Modeling Approach. - Jasper van de Ven; Munehiro Fukuda; Holger Schultheis; Christian Freksa; Thomas Barkowsky (Spatial Cognition, 2018)

Translation of String-and-Pin-based Shortest Path Construction into Data-Scalable Agent-based Computational Models. - Yun-Ming Shih; Collin Gordon; Munehiro Fukuda; Jasper van de Ven; Christian Freksa (WSC, 2018)

Data Provenance for Agent-Based Models in a Distributed Memory. - Delmar B. Davis; Jonathan Featherston; Hoa N. Vo; Munehiro Fukuda; Hazeline U. Asuncion (Informatics, 2018)

Implementation Techniques to Parallelize Agent-Based Graph Analysis. - Collin Gordon; Utku Mert; Matthew Sell; Munehiro Fukuda (PAAMS (Workshops), 2019)

MASS CUDA: A General GPU Parallelization Framework for Agent-Based Models. - Lisa Kosiachenko; Nathaniel Hart; Munehiro Fukuda (PAAMS, 2019)

Agent-Navigable Dynamic Graph Construction and Visualization over Distributed Memory. - Justin Gilroy; Satine Paronyan; Jonathan Acoltzi; Munehiro Fukuda (IEEE BigData, 2020)

Agent Programmability Enhancement for Rambling over a Scientific Dataset. - Matthew Sell; Munehiro Fukuda (PAAMS, 2020)

An Agent-Based Computational Framework for Distributed Data Analysis. - Munehiro Fukuda; Collin Gordon; Utku Mert; Matthew Sell (Computer, 2020)

Comparing Thread Migration, Mobile Agents, and ABM Simulators in Distributed Data Analysis. - Maxwell Wenger; Jonathan Acoltzi; Munehiro Fukuda (PAAMS, 2021)

Pipelining Graph Construction and Agent-based Computation over Distributed Memory. - Yan Hong; Munehiro Fukuda (IEEE Big Data, 2022)

An Interactive Environment to Support Agent-based Graph Programming. - Daniel Blashaw; Munehiro Fukuda (ICAART (1), 2022)

Automated Agent Migration over Distributed Data Structures. - Vishnu Mohan; Anirudh Potturi; Munehiro Fukuda (ICAART (1), 2023)

Agent-Based Parallelization of a Multi-Dimensional Semantic Database Model. - Alex Li; Munehiro Fukuda (IRI, 2023)

Toward Implementing an Agent-based Distributed Graph Database System. - Yuan Ma; Michelle Dea; Lilian Cao; Munehiro Fukuda (IEEE Big Data, 2024)

Agent-Based Computational Geometry. - Akbarbek Rakhmatullaev; Shahruz Mannan; Anirudh Potturi; Munehiro Fukuda (ICAART (1), 2025)