Title :
SAGE-LITE: An Architecture and Implementation of Light Weight Multiagent System
Author :
Khalique, Sana ; Farooq, Sana ; Ahmad, Hafiz Farooq ; Suguri, Hiroki ; Ali, Arshad
Author_Institution :
Inst. of Inf. Technol., NUST, Rawalpindi
Abstract :
The escalating popularity of multi-agent systems makes it one of the promising technologies that provide the environment for developing collaborative intelligent software systems. We have proposed the light weight and fault tolerant architecture for multi-agent systems. SAGE-Lite is a lightweight context aware multi-agent system which senses the capabilities of the light-weight devices and reacts accordingly. Agents existing on lightweight devices can communicate and provide services via Bluetooth and the communication with the server is done via WAP. The intelligence may be pretty minimal but often will include some degree of learning from past experience. This paper addresses the issues of wireless environment and gives the detailed design of lightweight architecture context-aware light-weight multi-agent system of SAGE-Lite and its evaluation. The main objective is to allow light weight agents to participate in flexible communicating environment. As the system is based on the latest FIPA specifications, agent uses the FIPA-ACL for communication and bit-efficient protocol for encoding and decoding of ACL message
Keywords :
fault tolerant computing; formal specification; groupware; multi-agent systems; software architecture; FIPA specifications; SAGE-Lite; collaborative intelligent software systems; fault tolerant architecture; lightweight context aware multiagent system; software architecture; wireless environment; Bluetooth; Collaborative software; Computer architecture; Context awareness; Encoding; Fault tolerant systems; Intelligent systems; Multiagent systems; Software systems; Wireless application protocol;
Conference_Titel :
Autonomous Decentralized Systems, 2007. ISADS '07. Eighth International Symposium on
Conference_Location :
Sedona, AZ
Print_ISBN :
0-7695-2804-X
DOI :
10.1109/ISADS.2007.68