Title :
Terraforming cyberspace
Author :
Bradshaw, Jeffrey M. ; Suri, Niranjan ; Canas, A.J. ; Davis, Robert ; Ford, Kenneth ; Hoffman, Robert ; Jeffers, Renia ; Reichherzer, Thomas
Author_Institution :
Inst. for Human & Machine Cognition, Univ. of West Florida, Pensacola, FL, USA
fDate :
7/1/2001 12:00:00 AM
Abstract :
Like preterraformed Mars, cyberspace currently offers a lonely, dangerous, and relatively impoverished environment for software agents. Although promoted as collaborative, agents do not easily sustain rich, long-term, peer-to-peer relationships, let alone any semblance of meaningful community involvement. Rather than just building smarter and stronger agents, researchers must transform the wasteland of cyberspace itself, making it a safe and habitable environment for both agents and humans. The paper discusses how the basic infrastructure for beginning a terraforming effort is becoming more available. Designed specifically to exploit next-generation Internet capabilities, grid-based approaches provide a universal source of dynamically pluggable, pervasive, and dependable computing power, while guaranteeing levels of security and duality of service that will make new kinds of applications possible
Keywords :
Internet; software agents; Internet; collaborative agents; cyberspace terraforming; data security; dependable computing; grid-based approaches; software agents; Buildings; Collaboration; Grid computing; Humans; Mars; Peer to peer computing; Pervasive computing; Security; Software agents; Web and internet services;