The Study of Agent-Based Distributed Computing

Jun Huang; Liang Guo; Le Wang; Zhao Qui

doi:10.4028/www.scientific.net/KEM.460-461.213

Paper Titles

Vibration Analysis for the Gate Rotor of the Single Screw Compressor Based on Wavelet Finite Element
p.190

ANP Evaluation on the Comprehensive Benefit of Land Consolidation Project in the Arid Areas of Northwest China - Illustrated by the Case of Gaoyan Mountain Land Consolidation Project in Yuzhong County of Lanzhou
p.195

The Test Information Integration Framework Based on ATML and Web Services
p.201

Mutual Information Model of Adaptive Waveform Design
p.207

The Study of Agent-Based Distributed Computing
p.213

Design and Research of Camera Calibration System in Binocular Stereo Vision
p.219

Using NMR to Forecast the Aptness for Freezing of Pork
p.225

Novel Verifier-Based Three-Party Protocol for Key Exchange and Authentication
p.231

Dynamic Load-Balance Strategy Based on Software Aging in Web Server Cluster System
p.237

HomeKey Engineering MaterialsKey Engineering Materials Vols. 460-461The Study of Agent-Based Distributed Computing

The Study of Agent-Based Distributed Computing

Abstract:

. On the basis of a case study of agent-based distributed computation, we develop a more integrative perspective on agent-based system theoretically and experientially.We construct a multi-agent system which exchange KQML message by a mobile agent based on IBM Aglet mobile developing platform and IBM JKQML.Compared with existing distributed computing model, our multi-agent example improves the computational efficiency.