查詢結果分析
相關文獻
- 以DoDAF架構為基礎之指管資源配置設計
- 智慧型代理人在企業資源規劃系統上之整合性探討
- 混合複數類神經模糊與自動回歸差分平均移動方法之智慧型時間序列預測模型
- 粒子群最佳化應用於雲端服務提供之解決方案
- Measurement and Analysis Techniques for Designing Microwave Absorbers
- Voltage Sag Planning of Distributed Generation System with Special Connection Transformers Using Particle Swarm Optimization Considering Sensitive Loads
- 分數階PID控制器應用於倒單擺系統
- 基於粒子群最佳化演算法之PID控制器設計應用在飛行載具滾轉控制迴路
- Minimizing Cost of Multi-Component Preventive Maintenance Models with Simultaneous Determination of Maintenance Periods and Maintenance Activities
- 多重代理人系統應用於輕軌列車運行調度模擬之研究
頁籤選單縮合
題名 | 以DoDAF架構為基礎之指管資源配置設計=A DoDAF Architecture Approach to Design Ommand-and-Control Resource Allocation |
---|---|
作者 | 陳以明; 管孟忠; 許宏銘; | 書刊名 | 專案管理與系統工程學報 |
卷期 | 7 2010.12[民99.12] |
頁次 | 頁29-43 |
分類號 | 312.1 |
關鍵詞 | 系統的系統; 多重代理人系統; 粒子群最佳化演算法; System of systems; SoS; Multiagent system; Particle swarm optimization; |
語文 | 中文(Chinese) |
中文摘要 | 利用SoSE(system of systems engineering)設計概念與DoDAF (DoD Architecture Framework) 對架構的不同觀點描述來達到指揮與管制資源配置(Command-and-Control Resource Assignment; C2RA)在跨系統又各自獨立運作組織的優化,俾展現在複雜的整合和互通上的聯合作業行為,同時隨著操作時間演進以模式模擬其系統功能與資源配置之評估。本研究係以軟體代理人技術為研究具SoS 系統架構的聯合防空系統,並分別探討建模模擬於資源配置問題,就其聯合作業的多重代理人系統行為,來驗證整合既有系統間的互通與一致性,並縮短大型複雜系統之發展與其聯合作業之評估。 |
英文摘要 | Today’s need for more complex, more capable of large scale systems in a short timeframe is leading more organizations towards the integration of existing systems, making much of pursuing the best benefit with restrictive resources is very important. System of Systems Engineering (SoSE) design techniques emerge as a main approach supporting complex scale distributed applications. The DoDAF provides a standard framework for describing the capability (modeling). These models are then executed over time (simulation) to derive the metrics for the resource allocation used as the basis for evaluation of the capability. The modeling and simulation framework presented in this paper aims at providing comprehensive support to the development and evaluation of and SoS applications in all their development phases. This study is developing an agent based modeling and simulation for joint air-defense system integrated various kinds of resource allocation problems, which increases the interoperability and consistency of the Multiagent System(MAS), shortens the architecture development period for designing SoS architecture, and provides the effective evaluation for developing joint operational behaviour of large scale systems. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。