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Resource Control in Large-Scale Mobile-Agent Systems David Kotz, George Cybenko, Daniela Rus, Robert Gray Dartmouth Coll

Soldier in the field launches mobile agent which jumps through wireless links to the data source; No long-lived connection. Resource Control in Large-Scale Mobile-Agent Systems David Kotz, George Cybenko, Daniela Rus, Robert Gray Dartmouth College. Mobile agents:

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Resource Control in Large-Scale Mobile-Agent Systems David Kotz, George Cybenko, Daniela Rus, Robert Gray Dartmouth Coll

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  1. Soldier in the field launches mobile agent which jumps through wireless links to the data source; No long-lived connection. Resource Control in Large-Scale Mobile-Agent Systems David Kotz, George Cybenko, Daniela Rus, Robert Gray Dartmouth College • Mobile agents: • Mobile agents are programs that can jump from host to host at times and to places of their own choosing. • Mobile agents have the potential to save bandwidth, reduce latency, and increase server availability for many applications. • Useful in several military scenarios (see other posters). Mobile agent Data source Mobile agent Mobile agent • Results (see other posters): • Mobile-agent systems can scale well, and we know how to do it. • Mobile-agent systems can interoperate through CoABS Grid. • Market-based control can allocate resources to traveling agents, and agents can plan their usage effectively and efficiently. • Models of bandwidth savings show when to use mobile agents in wireless networks. GMAS Agent Grid Message D'Agent Demonstration Scenario Telephone Intercept Database (NOMADS & GMAS) BGW Database (EMAA & GMAS) DB Query: Phone Intercepts for listed Suspects DB Queries: Suspects in the AO Phone Intercept Info Relevant Phone Intercepts Task Force HQ (D'Agents & Grid) Position Updates Position Updates US Platoon (D'Agents) UK Platoon (NOMADS) • Future: • Extensive performance enhancements, more scalability experiments. • Models of more complex scenarios. • Fleet Battle Experiment (2001). • Increased interoperability: agents that can jump through any cooperating mobile-agent platform. U2 Starlight Rivet Joint Predator Global Hawk ATARS Ship Local-Area Network is congested! USS Coronado w/o Agents Agents: Selective Updates Experiment: Model and compare agent vs. broadcast approaches Broadcast Multiple Systems and Operators – Diverse Needs 3rd Fleet For more information see http://agent.cs.dartmouth.edu/CoABS/

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