Paper Info
Title
MASSE: environment supporting for simulation and analysis of multiagent systems
Abstract
In multiagent system research, the work in building simulation model and the effort in developing analysis methods are closely related because building multiagent models relies heavily on new effective analysis methods while justifying new analysis methods needs the simulation results of multiagent models. MASSE(Multiagent Simulation Systematic Explorer) was proposed as an integrated environment which is aimed at (a) to conduct efficient simulation by intelligent scheduling, (b) to conduct intelligent data analysis and knowledge discovery on simulation data, and (c) to develop such analysis methods themselves. Current implementation of MASSE is described in this manuscript, and its usefulness is shown in three aspects: simple accommodation of existing simulators, satisfactory performance for adopting grid computing technique, and systematic data analysis tool. Collaboration among simulation developers and analysts can be strongly supported by using MASSE to incorporate various simulators and unified method for data analysis. We conclude that the current implementation of MASSE is satisfactory.
Year
DOI
Venue
2005
10.1109/ISCST.2005.1553314
CTS
Keywords
Field
DocType
systematic data analysis tool,data analysis,new analysis method,simulation data,analysis method,multiagent system,new effective analysis method,efficient simulation,intelligent data analysis,current implementation,multiagent model,grid computing,multiagent systems,analysis,data mining,bismuth,collaboration,simulation,computational modeling,knowledge discovery,multi agent systems,scheduling,groupware
Grid computing,Collaborative software,Scheduling (computing),Computer science,Building simulation,Multi-agent system,Knowledge extraction,Processor scheduling,Distributed computing
Conference
ISBN
Citations 
PageRank 
0-7695-2387-0
0
0.34
References 
Authors
5
7
Name
Order
Citations
PageRank
Tomomi Takashina176.30
Bi Zhenbo200.34
Damba Ariuna311.16
Zhi Guilan410.75
Kazuhide Tanaka510.73
Hiroki Sayama631949.14
Shigeyoshi Watanabe7157.42