以互動式劇本為基的合作代理人之決策分析

Interactive Script Based on Cooperation Agents Decision Analysis

吳文源(Wen-Yuan Wu)

指導教授 ： 陳以明

元智大學/工程學院/工業工程與管理學系/碩士(2012年)

摘要

本研究以多重代理人之合作任務配置為主，同時以互動式劇本為主軸架構，運用劇本區塊、運作區塊與場景區塊，建構模擬無人駕駛飛機(UAV)與無人作戰飛機(UCAV)代理人在電子作戰「行為模式」、與「合作行為」能力。從威脅環境感知，到飛航最佳路徑規劃，以壓制目標方防空力量中代理人行為模式，來確保任務執行之安全；當近距離接戰時面對突發狀況，UAV/UCAV間能就彼此決策樹機制之合作行為，相互進行破壞式與中斷式電子攻擊目標方之決策判斷。最後並完成設計一個以互動式劇本為基礎的代理人架構作為模擬平台，提供電子作戰行為和代理人協同作戰之合作行為分析與決策之運用。

關鍵字

代理人 ； 劇本機制 ； 電子作戰

並列摘要

In this study, using multi-agent cooperation in the task configuration-based and interactive script as the main structure that application of Scenario Block、Scenario Block and Operation Block. Scripted agents simulate the behavior of unmanned aerial vehicles (UAV) and unmanned combat air vehicle (UCAV) agents of the "behavior patterns", and "cooperative behavior" in the electronic warfare environments. Two application domains considered: Suppression of Enemy Air Defense (SEAD) and Engagement scripts. The behavior of UAV/UCAV agents perceived threats to find the path which minimize the risk. When once UAV / UCAV agents enter to engagement script, agents start themselves decision tree mechanism for cooperative behavior to overcome their unexpected situations. The cooperative behaviors of agents are encoded in the decision trees of the individual agents and mutual decision making destructive and disruptive electronic attack the target. Finally to complete the design of an interactive script-based agent structure as a simulation platform for electronic warfare behavior and cooperative behavior of agents collaborative combat to analysis and decision-making.

並列關鍵字

Agent ； Interactive Script ； Electronic Warfare

參考文獻

[2] Caroline C. Hayes, “Agents in a Nutshell- A Very Brief Introduction,” IEEE

Trans. On Knowledge and Data Engineering, Vol 11, no 1, 1999.

[3] Fortune, S. “A sweep line algorithm forVoronoi diagrams”Algorithmic a 2, pp.153-174 (1987).

[7] Jennings N. R. and Wooldridge , M. J., “Applications Of Intelligent Agents”, in

Nicholas R. Jennings and Michael J. Wooldridge (Ed.), Agent Technology