Study on Framework of Environment Adaptive Agent Based Materiel System Reliability Simulation Modeling

Ying Shen; Jun Hai Cao; Wei Wu; Ming Fang Ni

doi:10.4028/www.scientific.net/AMM.184-185.1236

Paper Titles

Studies on Properties of EKS Heat-Generating Fiber and Yarn
p.1216

Studies on Thermal Conductivity of MWNTs/EPDM Composites by the Heat Probe Method
p.1221

Study and Analysis of Metal Coolant Thermophysical Properties
p.1226

Study of Pre-Processing Technology for Zinc Alloy Die-Casting Numerical Simulation on Flow-3D
p.1232

Study on Framework of Environment Adaptive Agent Based Materiel System Reliability Simulation Modeling
p.1236

Study on Plasma Arc Surface Hardening of Alloy Cast Iron
p.1240

Study on Reduction Behavior of Vanadic Titanomagnetite Mixed Coal
p.1244

Study on Surface Nanocrystallization of TiAl Alloys Induced by HEBMT
p.1250

Study on the Crack Forming during Cold Forging Process of ML25Mn Steel
p.1255

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 184-185Study on Framework of Environment Adaptive Agent...

Study on Framework of Environment Adaptive Agent Based Materiel System Reliability Simulation Modeling

Abstract:

In the paper, it puts forward Framework of Environment adaptive Agent Based Materiel System Reliability Simulation Modeling, called as FARSiM, and dwells on the technology details from Conceptual Model, Agent Relationship Model and Message Transfer Model.The framework provides a current technology concept for adaptive Agent Based Materiel System Reliability Simulation, with better universality and maneuverability.