群體決策法 的英文怎麼說

中文拼音 [qúntǐjuécèfǎ]
群體決策法 英文
ngt-nominal groutechnique
  • 群 : Ⅰ名詞（聚在一起的人或物） crowd; group Ⅱ量詞（用於成群的人或物） group; herd; flock
  • 體 : 體構詞成分。
  • 決 : Ⅰ動詞1 （作出主張; 決定） decide; determine 2 （執行死刑; 殺死） execute a person 3 （裂開; 斷開...
  • 策 : Ⅰ名詞1 （通「冊」 古代寫字用的竹片或木片） bamboo or wooden slips used for writing on in ancient ...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  • 群體 : 1. [生物學] population; colony2. [社會學] group
  1. Real estate market characteristic becoming varied, experience of brain trust " can not solve market variety and problem of complexity totally. this force enterprise policymaker seek for rational, specialized scrupulous, scientific method come and discern to its huge colony

    房地產市場多元化特徵日趨明顯， 「智囊團」的經驗已不能夠完全解決市場多樣性和復雜性的問題，這便迫使企業決策者尋求更為理性、專業、嚴謹、科學的方法來對其龐大的群體進行識別。
  2. And then, some common methods of gdm, such as the ahp method, the weighted geometric mean method ( wgmm ), the borda - kendall method, the minimum variance ( mv ) method, the clustering analytic method, the cook - seiford distance measure, cb measure, the maximum and the minimum expected values, the concordance and discordance indices, etc., are used to discuss some consensus problems of gdm, including the consistency of the complex judgment matrix in ahp, the consensus methods of the aggregation of individual preferences ; the aggregation of analytic hierarchy process methods based on similarities in decision makers " preferences, a consensus measure on multiple criteria group decision making

    接著本文採用了群體決策中常用的一些方法（如： ahp法，加權幾何平均法， borda - kendall方法，最小方差法，聚類分析法， cook - seiford距離測度法， c _ b測度法，最大最小期望值法，一致性非一致性指標法等）對群體決策中的幾個一致性問題進行了研究，這些問題包括： ahp中復合判斷矩陣的一致性，個體偏好序集結的一致化方法，基於決策者偏好相似性的層次分析模型的集結中的一致性問題和多準則群體決策的一致性測度。
  3. Edm has some remarkable advantages over traditional models, includes using implicit causal models, self - learning capacity, weak dependence on domain knowledge, wide applicability, robustness, self - adaptability, and population - based searching, etc. tracing back its intrinsical ideas, edm is just making use of the nature ' s decision making strategy, natural selection, to solve the decision making problems faced by human or the intelligent agents

    進化決策主要利用了進化演算法與形式化計算模型相結合所具備的自動建模能力，它具有隱式因果模型、自學習、弱知識依賴、應用廣泛、穩健性、自適應和群體搜索等優勢。追根溯源，進化決策的基本思想正是利用大自然的決策機制（自然選擇）來解決客觀世界所提出的決策問題，而自然進化又是已知的能力最強的問題求解范型。
  4. 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。
  5. Put above hypotheses together we can propose a comprehensive solving alternative to in hence decision making effectiveness for agricultural project investment : to build fuzzy analysis hierarchy process based on entropy and fuzzy multi - attributes decision making models in the model base of agricultural project investment gdss. we can to adopt group advices and experiences, promote the opinion integration and improve the solving methods of ill - structured problems that supported by group decision support system

    按照這一概念框架，作者提出提高農業項目投資群體決策效果的整體解決思路：建立基於熵權的模糊層次分析法，以及模糊多屬性群體決策模型的農業項目投資群體決策支持系統模型庫；通過群體決策支持系統的支持，充分考慮決策群體的決策思想及經驗，促進意見集結，改進結構不良問題的解決。
  6. Applying fuzzy decision making methods may solve the fuzziness of decision environment in agricultural project investment. solving ill - structured problems by group decision support systems, inducing decision makers to present and understand the problems by the use interacts with the computer system, improving the decision making effectiveness by electronic meeting. these measures may enhance the decision effectiveness in agricultural project investment

    針對上述問題，作者提出：用層次分析法處理農業項目投資多屬性決策問題；用模糊決策方法解決決策環境的模糊性；用群體決策支持系統解決結構不良問題，通過人?機對話系統引導決策者對問題的表達和理解，通過電子會議改進群體決策效果。
  7. Aim at ubiquitous parallel multi - reservoir structure in our country ' s basin, the universal objective function including coefficient bi embodying a spatial significance difference at different flood control points and variable ai denoting a selection of scheduling mode is established, which provide a valid intervenor interface for flood control consultation decision. according to the real - time requirement, a model of reservoir storage allocation is proposed, which embody basic idea of phasic compensation. passing the dynamic correction to cut down the disadvantageous influence that indetermination result in on the certain degree, joining together the step alternation solving method, this model can maximally consider bias of decision makers, ensure the rationality and practicability of the solutions

    針對我國流域中普遍存在的並聯庫群結構，論文提出包含不同防洪點重要性的系數_ i和選擇調度模式的變量_ i的通用目標函數，為防洪會商決策，提供了有效的人工干預介面，根據實時性要求提出動態分配防洪庫容的庫容分配方法，體現了相機補償的基本思想，通過動態修正在一定程度上可以削減不確定性造成的不利影響，結合分步迭代求解技術，能最大限度體現決策者的偏好，保障解的合理性和可操作性。
  8. Based on result of the multiple objective optimization, this dissertation investigates the multiple objective decision of mixed - model flow m anufacturing system. in allusion to the pareto frontier, in terms to the assistant information of decision schemes, the preference of objectives, the preference of decision schemes, individual decision - making and group decision - making are gained through the measure function, 0 - 1 programming and relative entropy combining with subjective and objective factors

    在多目標優化的基礎上，研究了混合流水生產系統的多目標決策問題，針對多目標協同優化得到的pareto前端，依據決策方案的輔助信息、對指標有偏好的信息以及對決策方案有偏好的信息等，採用測度函數、 0 - 1規劃方法以及相對熵的方法，結合主客觀因素進行多目標個體決策和群體決策，把多目標優化與多目標決策聯系起來。
  9. Multi - attribute group decision - making algorithm based on group ' s ideal solution

    基於群體理想解的多屬性群決策演算法
  10. From the view of a venture capital company, with application of system theory, fuzzy set theory and multi - layer structure analyzing method, the paper puts forward a set of wholly new and feasible venture capital evaluation system

    本文站在風險投資公司角度，應用系統理論、模糊集理論，運用多層次結構分析法、模糊多層次多目標群決策法和模糊評價法，建立了一套實用性的風險投資項目評價指標體系。
  11. Fuzzy multi - attribute group decision making method

    模糊多屬性群體決策方法
  12. Accordingly, the proposed fuzzy ahp - based group decision making ( gdm ) method aims to which enable each group member is made to feel respected, judgments are articulated fairly, and the interactive solution process is completely transparent

    也因此，本文提出一個模糊層級分析群體決策法，可讓每一位參與決策的人員都感受到被尊重、而且有一套公平與透明的機制，逐漸地縮小決策者間的沖突與看法上的不一致。
  13. An application of random simulations in multiple attribute decision making with incomplete information

    基於方案群體滿意度的多屬性群決策方法
  14. ( 4 ) this dissertation makes a summery of decision thought of ahp and makes a study on structuring method of the complicated problems. it set up two combination ways of judgment matrixes in group ahp. it also proves its theory

    （ 4 ）在總結ahp決策思想的基礎上，提出了一種復雜問題群體結構化方法，合肥工業大學博士論文摘要給出了群體ahp判斷矩陣的兩種集結演算法，並詳細證明了這兩種集結方法的理論依據；研究了群體ahp判斷矩陣的優化集結原理；合作提出了一個基於rooghset的判斷矩陣構造方法。
  15. Group decision making is an important branch in decision making. with the development of society, the progress of technology, and crossover of more subjects, the problems people confronting with become more and more complicated, which are involved with more fields. many problems can not be solved through individual decision making, but they can be finished only through depending on group ’ s intelligence

    群體決策是決策領域的一個重要分支，隨著社會的發展，科技的進步，多學科的相互交叉，人們面臨的問題越來越復雜，涉及的領域越來越多，許多問題已無法由個體進行決策，必須依靠群體的智慧才可能完成。
  16. The traditional statistics techniques, the final group option is frequently debatable and stuck in a harassing working environment owing to lack of a objective and transparent group consensus reaching process to deal with contradictory and conflicting judgments among marketing members

    摘要常規的統計分析技術，由於缺乏一套客觀與透明的群體決策共識達成機制，去處理成員間的沖突與看法上的不一致，以致行銷部門最後決選出來的行銷方案，往往在充滿被質疑、無法團結一致與同心協力的環境下運行。
  17. The theory of object oriented method is recommended and exerted in building and administrating of mbms, and a oombms is presented, which is helpful in developing and applications mbms. finally, the article makes a preview of model base in gdss

    介紹了面向對象的方法，並將其運用於mbms的模型構造與管理中，提出一種面向對象的群體決策模型庫，為今後模型庫管理系統的開發與在實際中的應用與實施做了有益的探索。
  18. The method of determining the objective weight in mult - purpose decision

    群體決策過程中系統評價的專家權重反饋演算法
  19. The main purpose of gdm is to find the consensus or a compromise. a key problem of multiple criteria group decision making ( mcgdm ) is to find the optimal solution on the condition of the maximum consistency and how to measure the consensus degree of the solution

    群體決策的主要目標是尋求一致或妥協，尋求極大化一致性的最優協調解以及如何測度解的一致性一直是多準則群體決策理論與方法研究的核心問題之一。
  20. A method for group decision - making problems based on fuzzy complementary judgement matrices

    一種基於模糊互補判斷矩陣的群體決策方法
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