規劃求解 的英文怎麼說

中文拼音 [guīhuàqiújiě]
規劃求解 英文
solver
  • 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...
  • 求 : Ⅰ動詞1 （請求; 要求） ask; beg; request; entreat; beseech : 求人幫忙 ask sb a favour; ask a favou...
  • 解 : 解動詞（解送） send under guard
  • 規劃 : 1 （比較全面的長遠的發展計劃） planning; programming; project; schematization; programme; plan 2 ...
  1. Application of excel programming calculation in dairy cattle product

    規劃求解在奶牛生產中的應用
  2. Analyzed the similarity between scheme solving problem and traveling salesman problem ( tsp ), the scheme solving problem for conceptual design is transformed into an optimal path problem in combinatorial optimization, where the dynamic programming based solution space model and the longest path based optimization model are developed

    摘要通過分析概念設計方案求解問題與旅行商問題的相似性，將方案求解問題轉化為組合優化的最優路徑問題，建立了基於動態規劃的解空間模型和基於最長路徑的優化模型。
  3. It must be carried out to summarizes our national university construction experiences, discards the conventional thinking mode, put the university construcion into the urban planning and attempts to explore a kind of practical solution and applied strategly, which adapt to the construction and planning of modern university campus

    總結我國高校建設經驗，摒棄傳統的思維模式，將大學建設置身於城市總體發展環境中，努力尋求一種適應當代高校建設與規劃的解決措施和運用策略已勢在必行。當代高校建設與規劃應體現可持續性的發展原則，遵循開放式規劃的運用策略。
  4. The using of programming solution in optimal mix design in highway engineering

    用線性規劃求解工程混合料最優配料問題
  5. Linear programming algorithm for solving friction - contact problems of multi - body systems under large displacements

    大變位下多體系統摩擦接觸問題線性規劃求解方法
  6. Because results of the cvar optimization model can be obtained by solving a linear programming ( lp ) problem, the model can deal with optimization problems of a portfolio with hundreds of instruments

    由於該模型可以用線性規劃求解且輸入參數較易獲得，從而可以處理包含大量證券的投資組合。
  7. In order to research coordination between railway and highway transportation in modern logistics, the paper uses dea ( data envelopment analysis ), takes relevant data of china railway and highway transportation from 1990 to 2004 as input and output indices, makes standardized and integrated treatment to the data, applies dea model and linggo to establish solver of linear planning and calculate degree of coordinated development

    摘要為研究鐵路與公路運輸在現代物流中的協調性，運用數據包絡分析方法，以1990 - 2004年間中國公路、鐵路運輸的相關數據作為輸入和輸出指標，並將數據進行標準化和綜合化處理，利用dea模型，用linggo編制線性規劃求解程序，計算協調發展程度。
  8. In the last chapter, we describe the principles of genetic programming on the basis of tree shape chromosome and give an example of solving similar function problem

    文中以樹狀染色體為例介紹了遺傳規劃的原理，並給出了應用遺傳規劃求解近似函數的例子。
  9. A network based approach, called extended petri - nets that represents the design of the supply chain as an abstracted network with " and " and " or " nodes, is presented. based on their substantial disadvantages of linear programming, integer programming, nonlinear programming and genetic algorithm in dealing with a typical supply chain, a constraint based genetic algorithm as part of the extended petri - nets approach is introduced to search for improvements in the design that satisfies the constraints imposed on the system. a prototype testing system is constructed, which is followed by an example together with a description of the small automobile supply chain system implementation

    兩北丁業人學博十學位論義通過對鏈式供需鏈的結構分析，把鏈式供需鏈的設計優化轉化為多階段決策問題，在此基礎上建立了設計優化模型，並提出前向與後向兩種動態規劃求解演算法；鑒于線性規劃、整數規劃、非線牲規劃以及遺傳演算法在解決網狀供需鏈設計優化問題時皆存在著不足，本文對petri網進行了改進，提出了擴展petri網的概念，用於把網狀供需鏈抽象為一個具有「與」和「或」變遷節點的網路，並在前人工作的基礎上，把基於約束的遺傳演算法cbga與擴展petri網結合起來，用
  10. The solution methods of support vector machine, including quadratic programming method, chunking method, decomposing method, sequential minimization optimization method, iterative solution method named lagrange support vector machine based on lagrange function and newton method based on the smoothing technique, are studied systematically

    主要有支持向量機的二次規劃求解法、選塊法、分解法、序列最小優化方法、基於lagrange函數的迭代求解方法即lagrange支持向量機、基於smoothing處理的牛頓求解方法。
  11. Through the model the inverse dynamic problem of stewart platform is solved and a foundation is made for stewart platform control used for 500m lt. meanwhile all the restrained forces acted at joints are found which provide analysis condition for the mechanism design. a simplified resultant force acted on the cabin by stewart platform is given which makes it possible to eliminate the dynamic coupling between the two subsystems by means of active vibration control

    基於newton - euler方法，建立了充分考慮動平臺慣性、支腿慣性、關節摩擦等因素的stewart平臺控制動力學模型，解決了已知動平臺運動規劃，求關節驅動力的動力學逆問題，為準確實現lt500m原型stewart平臺控制奠定了基礎；解出了各關節處的約束反力，為平臺機構設計提供了力分析條件；簡化給出了平臺對饋源艙的反作用力，使得採用振動主動控制技術消除兩級子系統之間的動力耦合成為可能。
  12. You can also analyze with add - in tools such as solver, goal seeking, and scenarios

    也可以使用規劃求解、單變量求解和方案之類的加載宏工具進行數據分析。
  13. Dual mathematical programming is used to map the original problem exactly and the second approximation of the dual problem is set up by taylor ' s expand form, it is solved by qp ( quadratic programming ) solving device

    用對偶數學規劃精確映射原問題，用泰勒展式建立對偶問題的二階近似。最後用二次規劃求解器求解。
  14. You can use scenarios, goal - seeking, or the solver

    您可以使用方案、單變量求解或規劃求解。
  15. Planning for logistic management system based on multi - agent

    的物流管理系統規劃求解
  16. The solver gives you the maximum or minimum cell value that is generated when you change other cells

    規劃求解通過更改其它單元格的值來求取最大或最小單元格值。
  17. Use solver when you want to put constraints on your data and try out different values without going too far

    若想限制數據的范圍，並在不超出此范圍的前提下嘗試各種值，就請使用規劃求解。
  18. They were both defined on the planning objects which related with the planning problem and its measurement reflected their importance in planning

    它們都定義在與問題相關的規劃對象上，其度量值代表了它們在規劃求解中的重要程度。
  19. And then, the finite element software system of structural analysis and design optimization, which is the platform of this work, is introduced

    再介紹本文研究的軟體平臺?結構有限元分析與優化設計系統jifex ，以及本文採用的序列線性和二次規劃求解演算法。
  20. Finally, the parameters were optimized by using programming method and the optimum combination of the parameters was determined and the verifying test proved the validity of the results

    利用計算機規劃求解分析方法，對模型進行優化計算，得出秧苗埋苗率最小時的最佳參數組合，並進行了試驗驗證。
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