fuzzy environment 中文意思是什麼

fuzzy environment 解釋
模糊環境
  • fuzzy : adj. 1. 有茸毛的，覆著細毛的，如茸毛的。2. 不清楚的。fuzziness n.
  • environment : n. 1. 周圍，圍繞。2. 圍繞物；環境，四周，外界。3. 環境藝術作品；環境戲劇（cf. environmental art）。
  1. First, strategy analyzing : through analyzing the inner and outer environment factors such as history, resources, competence and its strengths and weaknesses, we identified the firm ' s competitive advantages, core competence and long term goal. especially, we compare and arrange the order of civil listing cement enterprises in china through establishing a series of relevant indexes and fuzzy subsets method. we forecast the firm ' s next 5 years manufacture capability by recession analysis

    論文分析了企業的內外環境，歸納出企業優劣勢及企業發展的機會和方向，特別通過對企業歷史、資源、能力的分析，總結出企業的戰略目標及核心能力，通過建立相關指標體系及模糊聚類對水泥行業上市公司的競爭地位進行了比較分析與排序，通過二元回歸方法對秦嶺水泥的生產規模進行預測。
  2. Fuzzy clustering research on driver ' s tensity under the condition of special traffic environment

    特定交通環境駕駛員緊張性模糊聚類研究
  3. The result shows that the fuzzy matter - element model is effective not only for evaluation of the compensation benefit, but also for multi - index decision making in evaluation of water resources bearing capacity, regional ecological environment, and so on

    該模型不僅可以用於補償效益評價，也可用於水資源（環境）承載力評價以及區域生態環境評價等多指標決策問題的研究。
  4. In chapter 4, based on the analysis of denotation and functions of index system and the elaboration of connotation, goals, basic principles and its factors of asd, we inquire 25 scholars in the fields of asd and construct the index system of easd including population, economic, social, resources, environmental system that add up to 32 indicators considering from the statistic data in hand. then we calculate the weight of each indicator with the analytic hierarchy process ( ahp ) according to the advices given by the scholars. next, a comprehensive evaluation model is built for evaluating the level of asd, the ability of the resources and environmental systems to the population, economic, social development systems, the level of coordination development situation of population, economic, society, resources, environment with the methods of econometrics regress models and fuzzy mathematics

    論文第四章，在把握一般指標體系內涵、功能的前提下，結合對農業可持續發展的涵義、目標與影響因素分析的基礎上，通過對25位國內農業可持續發展研究學者的咨詢，構建包含人口、經濟、社會、資源與環境五大系統共32個指標的浙江大學碩上學位論文衣業友展可持續性的評估指標體系及其應用研究農業可持續發展評估指標體系，採用層次分析法（ ahp ）確定各指標權重，進而從農業可持續發展水平、農業中資源與環境系統對人口、經濟、社會系統的支持能力及各大系統之間的協調發展狀況三個方面運用統計分析方法（計量經濟學和模糊數學）建立綜合評估模型。
  5. This paper presents a simulation of the speed control of a dc motor using fuzzy logic control ( flc ) at matlab environment

    摘要在matlab環境下使用模糊邏輯控制方法對直流電機的調速系統進行模擬分析。
  6. The outdoor lighting environment was evaluated by using fuzzy mathematical model

    摘要藉助于模糊數學模型對居住區室外光環境的質量進行評價。
  7. Lastly, the land disposition model was set up at dahe town, hebei province, including town development direction decision, town land scale decision, town land structure optimum. taking use of fuzzy aggregate principle, choosing ground load - bearing capacity, quality of taken up land, groundwater level, economic land use, infrastructure building cost, radiation capability, transport, life environment, town form as evaluation element, the town development direction decision model at dahe town were set up

    運用模糊集合變換原理，選擇了地基承載力、土地農業生產力、地下水位、節約用地、基礎設施建設成本、對周邊的輻射、現有基礎設施、對外交通便利程度、城鎮生活環境、城鎮形態等10個評價因子，建立了小城鎮用地空間擴展決策模型，研究表明大河鎮鎮區用地未來的空間擴展主方向應該是東面和東北面。
  8. The first chapter introduced the background of researching problem, presents a common process to resolve this kinds of problem and a common procedure for this method ; the second chapter briefly presented the basic thinking of equipment ils engineering and equipment technique support, discriminate between equipment ils and equipment technique support ; in chapter 3, we studied the basic configuration of tactics ground - to - ground missile weapon system and the work content of technique support thoroughly, established the work - flow model of tactics ground - to - ground missile technique support in combat environment ; in chapter 4, we mostly discussed the essence content of technique support evaluation, introduced the application of tradition static evaluating methods in the aspect of evaluating the capability of tactics ground - to - ground missile technique support, such as ahp, adc and synthesis fuzzy evaluation method, and put forward the method of computer dynamic simulating evaluation ; the fifth chapter particularly introduced the design thinking and realizing method of tactics ground - to - ground missile technique support evaluation by computer dynamic simulating, in the end, give an emulation realization instance

    第二章對裝備綜合保障工程和裝備技術保障基本思想進行了簡要介紹，並對裝備綜合保障和技術保障進行了辨析。第三章對地地戰術導彈武器的基本結構、技術保障工作內容進行了深入的分析研究，建立了地地戰術導彈戰時技術保障工作流程模型。第四章探討了地地戰術導彈技術保障評估的基本內容，詳細介紹了諸如「 adc 」 、綜合模糊評判等傳統評估方法在地地戰術導彈技術保障能力評估方面的應用，提出了計算機動態模擬評估的方法，並對地地戰術導彈技術保障能力動態模擬評估進行了初步分析。
  9. 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。
  10. While dissertating system safety analysis method, emphasizejd particularly on fta. fta is the method basing on occurred the top matter, analyzing from top to below, processing boolean operation, and in the last find out the mostly reason of faulty. while dissertating system safety appraise, emphasized particularly on dafen method and fuzzy integrated appraise method. dafen method just is used in sub - system and aimed at safety in some environment. fuzzy integrated appraise method process appraise to system safety using the knowledge of fuzzy mathematic which may be a great system or little system. while dissertating s safety decision - making, emphasized particularly on ahp which possess of the relative importance degree basing on experience of expert, constituting judgment matrix. calculating importance degree of every project. processing project - electing and decision - making

    在論述系統安全評價時，主要論述了打分法和模糊綜合評價法，打分法針對在某種環境下的安全性，進行子系統安全評價。模糊綜合評價是運用模糊數學的知識進行系統安全評價，所評價的系統可以是一個大系統，也可以是一個小系統。在論述安全決策時，主要論述了層次分析法，層次分析法主要是根據專家經驗，給出各因素的相對重要度組成判斷矩陣，計算各方案措施的相對重要度，進行方案優選，進行決策。
  11. The environment system where fuzzy comprehensive evaluation model and reasoning method, neural networks comprehensive evaluation model, interrelated data and information, knowledge and experience of evaluation expert group, computer and all kinds of advanced technique are integrated is studied in detail

    深入研究了將模糊綜合評價模型與推理方法和神經網路綜合評價模型、各類有關的數據和信息、評價專家群體的知識和經驗、計算機及各種先進技術綜合集成的環境系統。
  12. On the actual ward spot, because with the variety of the season and the day and night, the environment factors is variational and with the difference of the ward spot, the environment factors is also different, based on the frame of decision level fusion this paper apply neural network and fuzzy inference technology to achieving multi - sensors fire detection system, which can endue different sensors with different weight for adapting the variation of environment according to the actual things. we test this method applied to the multi - sensors fire detection system by simulating and attain the anticipative result

    針對實際監護現場，環境因素會隨著季節以及晝夜變化而變化，而且在不同的監控現場，環境因素也不相同的問題本文在決策層融合的框架下，利用神經網路和模糊推理技術相結合來實現多傳感器火災探測，根據實際情況，賦予不同的傳感器不同的權重系數以適應環境變化，通過模擬驗證了此種方法應用於多傳感器火災探測系統可達到預期效果。
  13. Fuzzy space design in the environment of residential areas

    居住區環境中的模糊性空間設計
  14. Facing the information age, the marine environmental information systems should also absorb the article intelligence technology and virtual reality technology to serve as a decision - making support system and export system for the ocean environment study and development. thirdly, based on maplnfo ( gis software ) platform and development languages ( vb and mapbasic ), marine environment information system in luoyuan bay was designed and development, then relied on gps and rs, ocean environment information in luoyuan bay was collected and managed effetely, its aim is to provide a reasonable opinion for decision - maker on how to utilize resources and protect environment in luoyuan bay. lastly, marine environmental quality of aquafanns in luoyuan bay was assessed relied on marine environmental information system and mathematics model ( fuzzy cluster ), and corresponding countermeasures were presented to protect ocean environment in

    本文首先通過對海洋環境信息系統的特點和國內外研究現狀的分析，探討了網路時代海洋環境信息系統的發展趨勢；接著以mapinfo （ gis軟體）為開發平臺，以vb和mapbasic為開發語言，面向管理和決策層，進行羅源灣海洋環境信息系統的設計與開發，並結合遙感（ rs ）和全球定位系統（ gps ）建立模型庫，收集和管理羅源灣海洋環境信息，旨在為羅源灣的海洋建設項目的立項、選址、規劃和海洋污染事故的應急提供決策支持，從而有效地保護羅源灣海洋生態環境；最後運用羅源灣海洋環境信息系統並結合數學模型（模糊聚類）對羅源灣養殖區水環境現狀進行評價，從而使得羅源灣各海水養殖區的水質現狀評價變得生動、形象和直觀，並針對羅源灣海洋污染源狀況和污染現狀，提出了保護羅源灣海洋生態環境相應的對策。
  15. Through the investigation research on practical damaged element, considering the effect of corrosion, high temperature, wet environment, damage ( crack ) on structural durability, bearing capacity. this paper established the reliability analysis method of large - scale industrial factory, and applied the fuzzy mathematics to establish the factor set and weight coefficient set on the basis of expert experience. an analyzed method for fuzzy evaluation of structural element and bent frame structure system reliability is put forward

    通過對實際結構破損構件的調查，考慮腐蝕，高溫，環境潮濕，破損（裂縫）等因素對結構耐久性、承載力的影響，論文建立了大型工業廠房可靠度的計算方法，利用專家經驗和模糊數學方法建立了模糊評價的因素集和權重集，對鋼筋砼結構構件和廠房排架結構體系進行了模糊評價。
  16. Based on the method of fuzzy mathematical comprehensive evaluation, this paper assesses the quality of atmosphere in wuhan with selecting so2, no2 and pm10 as evaluation factors, consulting the standards relevant to atmosphere environment and building the attaching function and the weight muster

    摘要運用模糊綜合評判的方法，選取二氧化硫、二氧化氮和可吸入顆粒物作為評價因子，參照我國環境空氣質量標準，通過建立各污染物的隸屬函數和權重集，計算出各污染物的隸屬度和權重分配系數，進而對武漢市空氣質量進行模糊綜合評判。
  17. Fourthly, the design of fuzzy inference engine for satellite environment control in accordance to the fuzzy inference theory

    第四，根據模糊推理原理設計了衛星環境控制模糊推理機。
  18. Secondly, we give the mathematic fuzzy environment and satisfactory decision - making. then make a summary of the method how to resolve a satisfying optimization problem, finally, we research a kind of method based on fuzzy programming to solve a satisfied optimization problem with some constrains and this method has been verified by the simulation results

    在此基礎上對一類模糊不確定環境中存在生產約束時的滿意優化控制問題，在預測控制的框架下把具有模糊邊界約束的有限預測時域的優化問題轉化為等價的確定性規劃問題，並且進行了模擬，模擬結果表明了該演算法是有效的。
  19. This evaluation problem is formulated as a multi - attribute decision - making model in a fuzzy environment and solved by a fusion method based on the meowa operators

    首先，將製造彈性評估問題建構為一個模糊環境下多屬性決策模式，並提出一種運用meowa運運算元的語意融合演演算法于評估製造彈性。
  20. In view of the inherent fuzzy attributes of quality information, the dissertation, by employing the fuzzy set theory, advances fqfd that can cope with different kinds of fuzzy and qualitative information and make significant decisions in the fuzzy environment

    針對質量信息其固有的模糊屬性，運用模糊集理論提出能夠有效地處理各種模糊、定性的信息和在模糊環境下做出有意義的決策的fqfd 。
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