linear programming theory 中文意思是什麼

linear programming theory 解釋
線性規劃法
  • linear : adj. 1. 線的，直線的。2. 長度的。3. 【數學】一次的，線性的。4. 【動、植】線狀的；細長的。5. 由線條組成的，以線條為主的，強調線條的。
  • programming : 編程序的
  • theory : n. 1. 理論，學理，原理。2. 學說，論說 （opp. hypothesis）。3. 推測，揣度。4. 〈口語〉見解，意見。
  1. According to reality situation hi bank of china mudanjiang branch, the author goes step further to detail and perfect the alrm ' s index within the rule of the central bank and bank of china head office. from secondary banks point of view, the author applies system theory, cybernetics and linear programming theory to establish a set of the index system of the alrm of bank of china mudanjiang branch. the author refers to strengthen and perfect the internal control institution and preventative measure of risk and establish alrm ' s integrated evaluation model and examinatorial method

    論文從二級分行的角度，應用系統理論、控制論和線性規劃理論，建立了一套適合中國銀行牡丹江市分行資產負債比例管理的指標體系，提出了加強和完善中國銀行牡丹江市分行資產負債比例管理的內部監控制度和風險防範措施，建立了該行資產負債比例管理綜合評價模型及考核辦法，並對其組織機構的設計及指標的管理提出了相應建議，初步形成了一套資產負債比例管理的組織、指標管理和評價考核體系，從而使中國銀行牡丹江市分行能夠更好的管理本行的資產和負債，創造更大的效益，增強其競爭能力。
  2. This thesis primarily makes below the work of a few aspects : ( 1 ) the method that measuring and solution of the control point ' s coordinate, calculation of the point, solution of intersection with polygons, and calculation the quantity of ore reserves in a drawing file by computer technology ; ( 2 ) the theory and the method to draw the diagram of the equivalent line by establishing the abnormal triangle net, and ore blending with the diagram of the equivalent degree ' s line ; ( 3 ) the principle and method to automatically divide the ore, and the method to adjust to the quantity of ore and search the ore ' s information ; ( 4 ) adoption the line program to beg to solve the problem to ore blending, and establish the linear programming model and the simplification model with ore blending. ( 5 ) establish the control model with ore degree based on modem control theories

    本論文主要完成了以下幾方面的工作： （ 1 ）利用計算機技術直接在一張現狀圖中，實現了控制點的測量與求解、坐標展點計算、多邊形求交以及爆堆礦巖量的計算； （ 2 ）提出了通過建立非規則三角網的方法來繪制等值線圖的理論和實現方法，通過等品位線圖指導配礦工作； （ 3 ）提出了配礦塊段自動劃分的原理和方法，並在此基礎上實現礦塊礦量調整和礦塊信息查詢； （ 4 ）採用線性規劃的方法求解配礦問題，建立了配礦問題的線性規劃模型和簡化模型； （ 5 ）建立了基於現代控制理論的品位控制模型。
  3. Venture investment decision analysis based on the theory of fuzzy linear programming

    基於模糊線性規劃理論的風險投資決策分析
  4. The basis of current architectural programming theory localized on the elements of linear science with mathematics represented by statistics and the thinking manner is based on the complex reductionist and old system theory from the point of singleness and linearity. the plan and scheme derive from such a theory will deviate the rules of architectural activities and the requirements which architectural design should conform to rationality

    目前建築策劃理論基礎局限於近代數學以統計學為代表的線性科學基礎上，思維方式是從單一的、線性的角度對復雜的建築作還原論和舊的系統論的思考，在此基礎上進行設計任務書的制定、策劃建築的未來即不符合建築活動的規律，也不符合建築策劃以「合理性」為判斷基準的要求。
  5. Investigation of quantitative, decision - making techniques available to management. topics include linear programming, integer programming, game theory, simulation, queuing theory, networking, project management, inventory control

    本課程旨在研究量化與決策技術在管理的應用。課程內容包括線性規劃、數理規劃、競賽理論、模擬程序、排隊理論、網路建立、項目管理及庫存控制理論。
  6. Investigation of quantitative, decision - making techniques available to management. topics include linear programming, integer programming, game theory, simulation, queuing theory, networking, project management, and inventory control

    本課程旨在研究量化與決策技術在管理的應用。課程內容包括線性規劃、數理規劃、競賽理論、模擬程序、排隊理論、網路建立、項目管理及庫存控制理論。
  7. In this paper i calculate the reasonable possession quantity of port handling machineries with chance - constrained linear programming. first in the paper is the background and meaning of this research ; then analysis present situation of port machinery management both in practice and theory ; in chapter 3, i qualitatively discusses characters influencing machinery quantity, which include lifting ton, intact rate and using rate, age of machinery, machinery purchase and working cost and so on. in chapter 4, i take the influencing characters to mathematic model of chance - constrained linear programming, aiming to maintain the need of production and reduce machinery cost

    文章首先介紹了選題的背景、意義以及主要工作；第2章介紹了港口機械管理在港口企業管理中的地位與作用，以及我國港口機械設備管理與配置現狀，並簡要介紹目前港機合理擁有量的理論研究方法；第3章從技術與經濟角度定性分析了各種因素對港機擁有量的影響，其中主要包括機械起運量、完好率與利用率、機械設備役齡、購置與營運成本等；第4章將各種影響因素引入模犁，提出以完成生產任務、機械成本最低為目標，應用隨機線性規劃模型計算港口流動機械合理擁有量的方法；第5章以大連港大港區為例對模型進行應用，選擇四種型號叉車為研究對象，對其歷史經濟與技術數據進行統計分析，其中重點對隨機變量單位臺時維修費用進行了正態分佈擬合。
  8. Combining it with classical algorithm, the electromagnetic coupling path needing to be improved ( viz. weak paths ) are founded, and by using linear programming theory, this paper gives the optimum restroration of the weak paths

    該模型中的電磁拓撲圖簡明且利於分析，與已有的演算法結合，得到了需要改進的電磁耦合路徑（即薄弱路徑） ，並利用線性規劃理論對模型中的薄弱路徑進行優化修復。
  9. The model of bilevel programming under uncertainty is converted to some linear programming models on uncertain parameters based on the theory of multi - parametric linear programming, and one of its optimal solution chosen from the worst cases is obtained by using the pessimistic principle of uncertain decision methods

    摘要基於多參數線性規劃理論，將不確定型二層線性規劃問題轉化為多個關于不確定參數的線性規劃問題，利用不確定型決策方法中的悲觀準則，從最不利的結果中選擇最有利的結果，從而得到不確定型二層線性規劃的最優解。
  10. Through setting up a game model and carefully analyzing the model with linear programming theory, this paper proposes that setting up an effective dynamic incentive mechanism is the key of keeping the talent while the enterprise of real estate raising salary and conditions to attract talents

    摘要本文通過建立博弈矩陣模型，並利用線性規劃理論進行分析，指出房地產企業在提高工資待遇吸引人才的同時，建立有效的動態激勵機制才是留住人才的關鍵。
  11. And they are easy to fall into crisis of “ city decays as coal resource drains ”. therefore this paper has done the research on the industry structure adjusting in the transformation from the resource - based cities to eco - cities by multi - disciplinary theories and research methodologies such as comparison qualitative and quantitative analyses. this paper reviews and summarizes the theories of resource - based cities ’ transformation, eco - cities and industry structure adjusting, defines the concept of resource - based cities ; selects 23 prefecture - level cities as research objects and analyses their industry structure condition from the gdp structure and employment structure ; puts forward that transform to the eco - cities is the only way now ; analyses reasons which influence the industry structure adjusting, and builds the grey dynamic linear programming model ; does the programming for maanshan ’ s coming 5 years target of industry structure, and puts forward some suggestions from angles of theory and practice

    在對資源型城市轉型、生態城市和產業結構調整的國內外研究現狀進行綜述的基礎上界定本文的研究對象並介紹生態城市和產業結構調整的相關理論;選取23個地級以上中等資源型城市作為研究對象，從國內生產總值結構和就業結構兩個角度對資源型城市的產業結構現狀進行深入的剖析，並提出向生態城市轉型是資源型城市發展的必由之路;分析影響產業結構調整的各種動因，指出資源型城市向生態城市轉型中產業結構調整需遵循的原則並構建用於資源型城市產業結構調整的灰色動態線性規劃模型;以馬鞍山市為例，對其產業結構調整做出實證研究，分析其產業結構現狀並對其產業結構調整目標進行規劃，從思維、理論和實踐三個角度對其向生態城市轉型期間的產業結構調整給出相應的建議和對策。
  12. Since the development of the simplex method many people have contributed to the growth of linear programming by developing its mathematical theory, devising efficient computational methods and codes, exploring new applications, and by their use of linear programming as an aiding tool for solving more complex problems, for instance, discrete programs, nonlinear programs, combinatorial problems, stochastic programming problems, and problems of optimal control

    由於單純形的發展，很多人致力於線性規劃的進步，通過發展它的數學理論、設計高效的計算方法和規則、探索新的應用，以及把線性規劃的使用作為解決更復雜問題的輔助工具，比如，離散規劃，非線性規劃，組合問題，隨機規劃問題和最優控制問題。
  13. In section one, based on theory of n dimensional euclid space, a new method labeled as " pointlineplane " recycling optimization algorithm is proposed to solve the linear programming problem. this algorithm is proposed on the basis of the thought as follovvs : as for three dimensional euclid space, the feasible region of any linear programming problem is a extended convex polyhedron, of which surface is consisted of some planes, and its objective function can be regarded as a parallel plane pencil with objective function value acting as parameter

    第一部分內容是在n維歐氏空間理論的基礎上提出了一種求解線性規劃問題的新演算法? 「點線面」循環尋優法，本演算法是基於如下思想提出來的：我們知道，在三維歐氏空間中，線性規劃問題的可行域是一個由若干個平面圍成的廣義多面體，目標函數可以看作是以目標函數值為參變量的一個平行平面束。
  14. Traditional uncertain programming mainly contains stochastic programming and fuzzy programming, which have many applications in manufacture, economy and management etc. especially, the theory of stochastic or fuzzy linear programming is more complete, so it has more applications than stochastic or fuzzy nonlinear programming

    傳統的不確定規劃主要分為兩大類：隨機規劃和模糊規劃，並且在生產、經濟及管理等諸多方面已有廣泛的應用，特別是隨機線性規劃和模糊線性規劃理論較為完善，應用更加廣泛。
  15. Based on analysis of the conclusions in the statistical learning theory, especially the structural risk minimization and the - insensitive loss function, a novel linear programming support vector regression is proposed

    摘要通過對統計學習理論中的支持向量回歸問題，特別是結構風險問題和-不敏感函數的分析，得到了一種新的支持向量回歸演算法。
  16. The following aspects of investigation has been made in the course : first is th at the method of adopting closing - control has been theoretical analyzed and the closing control model has been established. second is that the technique of realizing multiple light - pipeline scanning technique has been investigated with non - linear programming theory. third is that the system has been designed and realized

    本文主要對以下三方面進行了研究：一是對採取閉環控制進行了理論分析，建立了閉環控制模型；二是採用最優控制理論，對單航路多平行光管進行掃描的技術進行了研究，建立了理想航路數學模型；三是對系統進行了設計，建立了系統實體。
  17. For analyze the relations between all kinds of the factors and the level of compensation, we use linear algebra and the analyzing method of game theory to find the model of the affections. so we can find the key factors of the affections. give a company ' s data ; we can use linear programming and prg method to set up a system to decide the level of the company ' s compensation. so we can find out an math tic model to solve the problem on company ' s total labor cost plan and the employee ' s salary plan

    其次，針對目前我國網路服務企業在薪酬設計中遇到的問題，使用一元回歸分析法及博奕論的相關方法對影響薪酬制度構建的多種外部、內部因素進行量化分析，找出其中各類影響因素對于薪酬具體數額的線性關系，評價各種因素的具體影響方式和影響程度，找到影響企業薪酬設計的關鍵性因素並指出評價各種因素的數量化方法。
  18. It is not trivial generalization for the usual theory of the stochastic optimal control to study the stochastic optimal control problems. the above problems motivated the author to : ( 1 ) conquer the lack of the indirect computing methods for the uncertain linear programming to seek the direct computing method ; ( 2 ) conquer the singularity of stochastic or fuzzy factor in the usual uncertain programming models to give the hybrid programming models which contains stochastic and fuzzy parameters ; ( 3 ) further strengthen the applications of bsde in the stochastic optimal control to extend the related theories of the usual stochastic optimal control, and to enlarge the applied field

    以上問題和想法促使作者進行以下研究： （ 1 ）克服不確定線性規劃的計算需要轉化成等價的確定性（或清晰）數學規劃進行計算的不足，尋求直接計算的方法； （ 2 ）克服傳統不確定規劃模型中不確定因素的單一性，提出隨機和模糊混合的不確定規劃模型； （ 3 ）進一步強化倒向隨機微分方程在隨機不確定系統最優控制問題中的應用，實質性地推廣傳統的隨機最優控制相關理論，擴大隨機最優控制的應用領域，特別是在金融工作中的廣泛應用。
  19. Based on the existing theoretical results on model predictive control, this thesis is devoted to the development of the framework of robust model predictive control with guaranteed robust feasibility, roboust stability and real - time applicability. to achieve this goal, the relevant theory and approaches, such as linear matrix inequalities ( lmi ), robust controllable invariant set, robust controllable contractive set and multi - parameter linear programming, are employed in the research work

    本論文在預測控制理論已有研究成果的基礎上，利用線性矩陣不等式、魯棒可控不變集、魯棒可控收縮集、多參線性規劃等相關理論和方法，探索具有可行性、穩定性和一定實時性保證的魯棒預測控制設計框架。
  20. The purpose of this article is to find a scientific, reasonable maintenance layout to ensure optimized use of resources and minimum cost by analyzing the current situation and advanced management of our foreign college companies, based on the theory of the industry area ' s transfer, using the calculation method of swot and linear programming. when this program becomes successful in chengdu, it can be applied to other facilities in the group, thus the target can be achieved

    在這種情況下，本文通過分析集團內維修企業的現狀及國外同行企業的先進管理思路，根據產業區域轉移理論、利用swot分析和線性規劃進行計算，建立科學的、合理的維修布局，實現資源優化配置，達到成本費用最小；同時，為了使經過線性規劃計算和swot分析的維修布局能成功實施，提出了優化布局的實施前提和具體的操作方案，使集團的效益達到最優。
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