模糊動態規劃 的英文怎麼說

中文拼音 [móhúdòngtàiguīhuà]
模糊動態規劃 英文
fuzzy dynamic programming
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 糊 : 糊名詞（樣子像粥的食物） paste
  • 態 : 名詞1. （形狀; 狀態） form; condition; appearance 2. [物理學] （物質結構的狀態或階段） state 3. [語言學] （一種語法范疇） voice
  • 規 : Ⅰ名詞1 （畫圓形的工具） instrument for drawing circles 2 （規則; 成例） rule; regulation 3 [機械...
  • 劃 : 劃動詞1 （撥水前進） paddle; row 2 （合算） be to one s profit; pay 3 （用尖銳的東西在別的東西上...
  • 模糊 : 1 （不清楚） dim; vague; indistinct; obscure; fuzzy; blurred 2 （混淆） blur; obscure; confuse; m...
  • 規劃 : 1 （比較全面的長遠的發展計劃） planning; programming; project; schematization; programme; plan 2 ...
  1. The conclusion is : multiobjective programming and fuzzy programming are superior to the traditional markowitz model, compart : s the dynamic models with the static models, the former can reponse more soon to the wave of the stock price, so we can adjust period by period based on the dynamic models

    本文得出的結論是：多目標規劃及模糊規劃等方法優于傳統的馬柯維茨模型，在實證檢驗中表現出更高的投資效率，動態的模型與靜態的模型相比，能更快地對股價波動作出反應，可進行逐期調整。
  2. 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。
  3. From the viewpoint of method, the first step is to determine the available investment options or opportunity set of the locations of crude oil tankers zone involving some six representative factors such as the unit engineering expense, unit operating cost, constructing period, the location land features, unit constructing engineering amount, unit land opportunity cost. these factors stem from the economic, societal and environmental regulations and rules. the second step is to specify how to choose among these available options

    從方法上來看，首先確定以單位工程造價、單位運行成本、建設期、地形特徵、單位土建工程量、單位土地機會成本等六個綜合經濟、社會及環境指標為代表的原油罐區方案決策目標集，其次制定桃園、西山、填海三個決策待選方案，然後建立基於優先關系的相對優屬度矩陣及各影響因素的權重集，從而進行模糊動態規劃評價，最後優選出最佳的桃園方案。
  4. The paper puts emphasis on the auxiliary and decision - making software design for the reservoir optimizing regulation. with dynamic plan and fuzzy optimization, the paper gives the computing result and compares them on the example of guanzhong area ' s shitou river reservoir in shaanxi province

    本論文著重研究了水庫興利調度輔助決策軟體的開發方法，並以陜西關中石頭河水庫為例，採用動態規劃和模糊演算法分別對石頭河水庫進行了興利調節計算並對結果進行了分析比較。
  5. A fuzzy optimizing multi - dimensional dynamic programming model and its application for water resources systems

    水資源系統模糊優化多維動態規劃模型與應用
  6. The problems of inventory control mainly comprise the analysis of optimal order time and order number through dynamic programming, and the evaluation of material provider uses models of fuzz complex judge

    庫存控制問題主要通過動態規劃模型來研究物資的最佳訂貨點及訂貨批量，而供應商的評價則通過模糊綜合評價法實現。
  7. The fuzzy dynamic programming approach is proposed to find a proper dispatching schedule for shunt capacitors in the distribution system

    最後，採用模糊動態規劃法求解配電網電容器的優化投切問題。
  8. This paper first presents the uncertainty of water resources and the process of fuzzy set theory in this field, then analyzes the current conditions of agricultural water resources and its sustainable developments in our country. based on the researches in this field, considering its character of multi - objective, multi - layer, multi - function and multistage, this paper mainly deals with the fuzziness and stochastic uncertainty of agricultural water resources system. the major contents and research results are as follows : 1 based on chen shouyu ' s fuzzy set theory, this paper presents a fuzzy optimal multi - dimension and multi - objective dynamic programming model, then two methods are given

    本文首先闡述了水文水資源的不確定性及模糊水文水資源學的發展現狀，分析了我國農業水資源現狀及其可持續利用，在論述區域農業水資源優化領域研究現狀的基礎上，鑒于農業水資源系統優化的多目標、多層次、多功能、多階段、多維與隨機的特徵，針對系統中普遍存在的模糊性和隨機性開展研究，主要研究內容和研究成果概括如下： 1 、基於陳守煜提出的多目標模糊優選動態規劃理論，提出復雜水資源系統的多維多目標模糊優選動態規劃問題的兩種求解辦法：多維多目標的決策序列相對優屬度總和最大法和多維多目標階段模糊優選動態規劃方法。
  9. 6 based on the fuzzy optimal multi - dimension and multi - objective dynamic programming model, this paper presents a stochastic multi - dimensional and multi - objective fuzzy dynamic programming, it can be used in decision making among complex systems, which characterized by random inputs. two different methods are given, one is named stochastic maximum sum of relative membership degree, and the other is named stochastic multi - dimension staged fuzzy optimization theory

    6 、在多維多目標動態規劃工作的基礎上，結合水文過程的隨機性和具有時序性的特點，提出了多維多目標隨機模糊優選動態規劃方法;並根據所研究問題的性質，給出兩種解法:隨機多維決策序列相對優屬度總和最大法和隨機多維多目標階段模糊優選法。
  10. One is multi - dimension maximum sum of relative membership degree ; the other is staged multi - dimensional fuzzy optimization method. the first method is suitable for the static program that time is not involved, and the second method can be used to solve any multistage problem, especially for those problems time is involved, in the end, these methods are explained in detail one by one

    其中，多維多目標決策序列相對優屬度總和最大法適于解決不涉及時間維的「靜態」多階段優化問題，而多維多目標階段模糊優選動態規劃方法不僅適用於「靜態」問題，而且適用於「動態」的任一階段或任一層次的優化問題。
  11. Based on the transposition principle in dai ( distributed artificial intelligent ), fuzzy inference and control are adapted when opponent ' s intention between the block and eluding for soccer robots is analyzed. agent ' s intention, and intelligent dynamic path planning for soccer robots are also studied

    根據分散式人工智慧的換位原理，分析足球機器人在攔截一避障時的對手的動態意圖，利用模糊規則推理與控制，決定本方agent的實時意圖，從而研究足球機器人的智能動態路徑規劃。
分享友人
分享到 Line

分享到臉書