cooperative decision 中文意思是什麼

cooperative decision 解釋
集體決定
  • cooperative : adj. 1. 合作的，協作的，共同的。2. 合作社的。3. 〈美國〉（大學文科）有關[包含]各種實習活動的。n. 合作社。adv. -ly ,-ness n.
  • decision : n. 1. 決定。2. 判決。3. 決議。4. 決心；決斷。5. 【美拳】（根據分數而不是根據擊倒對方做出的）裁判。
  1. Research on vertical integration decision - making model based on cooperative game theory

    基於合作博弈論的縱向一體化戰略決策模型研究
  2. The key technology of mpidss includes the distributed supported technology, the process control of cooperative working and the real - time control of the decision process, etc. based on the technologies of decision support system ( dss ), group decision support system ( gdss ) and distributed decision support system ( ddss ), with the theory of system engineering and artificial intelligence such as knowledge engineering, agent, etc, having the background of the items supported by the national 10th five - year plan foundation - the research on the technology of military programming intelligent decision support system, this paper focus its work on researching on the algorithm of mission decomposing and mission distributing, distributed support technology, real - time process control method and project evaluating technology, etc. further more, the architectural model of process control based on multi - agent alliance is put forward and the prototype system of mpidss is implemented

    這類決策問題與傳統的企業決策的不同點在於決策群體龐大、決策任務多且任務屬性各異、決策任務的求解具有實時性要求等。決策過程中的關鍵技術包括分散式支持技術、決策任務求解的過程式控制制技術以及實時任務的求解控制策略等。論文在繼承傳統的個體決策支持系統（ dss ） 、群體決策支持系統（ gdss ）和分散式決策支持系統（ ddss ）技術的基礎上，結合系統工程思想以及人工智慧中的知識工程、 agent等前沿技術，以總裝備部十五預研課題? ? 「群體決策支持平臺」為課題背景，深入研究了分散式多任務群體決策過程中的任務分解與分配演算法、任務協作策略、分散式支持技術、實時控制技術，決策方案評價技術等，提出了用於過程式控制制的多agent聯盟體系結構模型，設計和實現了面向軍事作戰規劃的智能決策支持原型系統。
  3. The potential applications of amr include both civil and military communication, especially non - cooperative communications and communication confrontation, such as identifying signals, supervising signals, distinguishing interference, electronic confrontation, analyzing military threat, etc. on the basis of our analysis to the existing research on feature abstraction, the related feature abstraction methods are optimized in this paper, resulting several effective methods such as the feature abstraction based on transformation domain, stepped voltage level analysis, normalized carrier - free spectral energy analysis, squared signal and fourth powered signal analysis, etc. both the decision theory based on recognition algorithms and the artificial neural network ( ann ) based on recognition algorithms is analyzed, and the former is selected as it is more appropriate for this research

    調制類型的自動識別廣泛應用於民用通信與軍用通信，尤其是對于非合作性通信、通信對抗，比如：信號確認、信號監控、干擾辨識、電子對抗、軟體無線電、電子救援、通信對抗、軍事威脅分析等。本論文在分析現有研究的基礎上，借鑒了已有的特徵提取方法，對相關調制類型特徵提取方法進行了優化，使用了一些有效的方法，如基於變換域特徵提取方法、梯層電平分析方法、剔除載波后的歸一化頻域能量分析方法、信號平方后的頻譜分析方法、信號四次方后的頻譜分析方法等。通過對基於決策理論和基於人工神經網路兩種識別演算法進行分析，本論文選擇了較適合的基於決策理論的識別演算法。
  4. The flexible decision method of bargaining for the kind of cooperative game is presented. the solution by the method is egalitarian and efficient. under some condition, it is the lexicographic maximin solution

    柔性決策方法，根據這種方法求出的解具有公平性和有效性，符合管理科學的基本原則；在一定的條件下，這種解也是字典序極大極小解
  5. One of the basic thought of thesis is concern how to apply this technology to design realm of the machine and electricity product. collaborating mutually different realms and providing intelligence decision - making for big and complicated design system so that product design project can rapidly finished and optimized. all advantages are presented in the use of computer supported cooperative design ( cscd )

    如何把多專業、多工種相互協調合作的這一龐大而復雜的產品設計系統工程，轉化為計算機支持的信息，並完成多專業相互協調的信息智能化處理，快速提供最優產品設計方案，這是計算機網路支持的協同設計技術應用的最好體現。
  6. The mathematical model of tactic decision algorithm in multi - aircraft cooperative air combat is built, and the mathematical model of self - priority and cooperative priority are also presented. and we used bp network to targets assign in cooperative air combat, sofm network is used to the attacking sequence decision problem in cooperative air combat

    本文研究了多機協同空戰的戰術決策演算法的數學模型，並分別提出了自主優先權和協同優先權演算法，選用bp神經網路進行協同空戰中的目標分配， sofm神經網路進行協同空戰決策中的攻擊排序。
  7. To solve the problems of optimization and feasibility of arranging job sequences of a supplier and a manufacturer in a three - stage supply chain, a cooperative batch scheduling model with due windows was established for collaborative decision - making between the supplier and the manufacturer

    摘要為解決三級供應網路中供應商和製造商的加工任務順序優化和合理性問題，建立了交貨期窗口約束下供應商與製造商協同決策的批量調度模型。
  8. Cooperative tactical decision methods for multi - aircraft air combat simulation

    多機空戰模擬協同戰術決策方法
  9. Thirdly, based on the one - aircraft multi - target decision - making algorithm, a new algorithm for multi - aircraft multi - target is proposed, and the simulation of cooperative decision - making in a 4 vs 8 air - combat is carried out to verify its effectiveness

    第三部分在單機多目標空戰決策思想的基礎上，提出了一種基於單機多目標決策思想的多機多目標協同空戰決策演算法，針對4 : 12的空戰情況進行了模擬。
  10. The decentralized system structure and distributed decision - making authority, the cooperative relationship among holons to achieve system reconfiguration and optimization, make hms a new paradigm with great potential to meet today ' s agile manufacturing challenges

    Hms具有分散式的系統結構和決策職責，通過製造合弄間的協調來實現系統重構和優化，是適于敏捷製造環境的製造模式。
  11. The application, constitution and design method of multi - agent system in agile supply chain cooperative decision - making framework are illuminated

    研究了mas在敏捷供應鏈協同決策體系中的應用並給出了其組成與設計方法。
  12. This dissertation is mainly concerned with several critical decision making problems including cooperative decision - making framework, inter - organizational relationship strategy, risk management and risk control mechanism, profit allocation policy and performance measurement method in agile supply chain management

    本文結合國家863課題，圍繞敏捷供應鏈管理過程中的幾個決策問題，對決策體系框架、合作關系對策、風險決策與控制機制、利益分配策略、績效評價與決策等進行了深入研究。
  13. Cooperative motion behaviors using biology - modeling behavior decision - making rules

    基於仿生行為決策規則的協調運動行為
  14. In the study of the multi - objective cooperative optimization on makespan, the relationship between various balancing indices with the system objective is analyzed ; the result of co - evolution optimization and result of serial optimization is compared and analyzed ; the algorithm is given. based on the decision schemes of co - evolution, the multi - objective decision is made. in the model of leveling the material flow, the model of minimizing usage rate is extended to all levels of materials in the flow line, and a new model is built up, based on the makespan ; the objective of leveling the material flow is combined with the line balancing firstly

    在基於製造周期（ makespan ）的多目標協同優化中，研究了各種平衡指標與系統目標之間的關系，將協同優化的結果與串列優化的結果進行了比較分析，給出了混合流水線協同優化與多目標協同優化的具體演算法，並且在多目標協同優化得到的決策方案集的基礎上，進行了多目標決策；在基於物流的多目標協同優化模型中，將零部件使用速率的均勻化模型推廣到流水線上各個層次物料供應（物流）的平準化問題，首次在makespan的基礎上將物流平準化目標與混合流水線的平衡設計有機結合起來，根據頂層物料和低層物料的不同特徵，分別建立了頂層物流的平準化模型和低層物流的平準化模型，進一步地研究了帶資源供應約束型的物流平準化模型。
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