relevant variable 中文意思是什麼
relevant variable
解釋
有關變數-
But my focus was specially laid on the decision - making of investment under uncertainty and with competition, i first. extend the basic model of dixit & pindyck ' s by allowing the relevant parameter to be a random variable, then proposed an numerical example to show how to solve this model, i gave the algorithm and did the comparative static analysis, finally i developed a model of duopoly under uncertainty, considering the competition between the firms explicitly, using roa, i calculated the two firm ' s values respectively when they take different roles - to be leader or follower, and then checked the possible equilibriums
本文的重點是考察在同時存在不確定性和競爭的情況下，如何用實物期權的理論估算投資項目的價值，為此，文中發展了兩個模型，第一個模型是對dixit & pindyck的模型的擴展，它通過一個相關的隨機變量來考察競爭對項目價值的影響，但沒有考慮企業間的相互博弈，文中給出了一個例子詳細地說明了該模型的求解並做了敏感性分析；第二個模型是一個不確定情況下的雙寡頭模型，文中給出了用實物期權方法計算的兩企業在處于領導者和跟隨者兩種不同境況時的價值，並將企業間的相互博弈考慮在內，考察了可能的均衡狀態。 -
The model control input information according as output information measure up ( related faction ). matter - element transformation which made contradiction problem convert resolved problem exploit relevant strategy set. it make use of the strategy to solve existence problem in production controlling, thereby operating variable convert measure from fail field
該模型以控制輸出信息的合格度（關聯度）作為確定控制輸入矯正量的依據，利用物元的可拓性，通過物元變換化矛盾問題為相容問題，從而開拓出有關的策略集，解決生產控制中存在的問題，使被控變量從不合格範圍轉化到合格範圍內。 -
Interest on the loan shall be variable at the bank s discretion and, notwithstanding any other terms and conditions, iwe agree to pay to the bank on demand at any time all principal, interest and other charges under the plan which are outstanding and owing at the relevant time
銀行有絕對權力酌情修訂貸款利率，並具絕對權利隨時向借貸人要求償還全部貸款、利息及貸款計劃中所涉及之一切費用。如本人（等）未能依期繳交任何一期還款，銀行有權要求立即清還全部所欠之貸款及利息。 -
What the practical problems is often gotten is a single variable time series which has a time interval of t, reflect by a lot of interactive physics factor, containing the mark of all variates participating in movement, traditional time series analysis is to analyse going from this array to the form directly it ' s time develops, one dimension analysis loses useful information, the characteristics of phase space reconstruction method is to construct one dimension scalar quantity to high dimension vector, prop the geometry space of the state, show all dynamical information of system in phase space. the characteristic that just constructs again according to the phase space in this text, analyse the time series of responding, use the relevant knowledge of symbol dynamics and reconstruct phase space, put forward a kind of relation degree analysis method of the systematic mathematics model which has theory basis, so reach the correction of calculation mathematics model, make it accord with the actual systematic state
實際問題中常常得到的是一個時間間隔為t的單變量的時間序列，它是許多物理因子相互作用的綜合反映，蘊藏著參與運動的全部變量的痕跡，傳統的時序分析是直接從這個序列去形式地分析它的時間演變，一維分析必然喪失許多有用信息，相空間重構方法的特點是把一維標量數據構造成高維矢量，支起狀態的幾何空間，在相空間中展示系統全部動力信息。本文正是根據相空間重構的特點，對響應時間序列進行分析，利用符號動力學、重構相空間等方法，提出一種有理論依據的系統數學模型關聯度分析方法，從而達到修正計算數學模型，使其更符合實際系統狀態的目的。 -
Important missing aspects are : turbulent flow, numerical discretization techniques specially the relevant and difficult topic of numerical treatment of advection and related numerical methods of solution, variable property fluids, boundary layers, stability, etc. rather, it focuses on more primitive and fundamental issues of numerical treatment of advective equation and proper formulation of initial boundary value ( ib vp ). numerical problems associated with advective dominated transport include spurious oscillation, numerical dispersion, peak clipping, and grid oriention. however, the key of numerical solution of three - dimensional advective problem is searching for a high - precision interpolating function, which can keep the computational stability and low damping
3 、針對三維純對流方程提出了實用的擬協調單元模式，並與線性插值模式和協調單元模式比較后表明，在物理量大梯度變化的情況下，線性插值模式會產生較大的數值阻尼，導致解的失真；協調單元模式具有極高的計算精度和良好的計算穩定性，還可較好地克服數值阻尼，但由於計及物理量的二階導數項，計算工作量大，邊界條件給定尚存在一定的困難；而擬協調單元模式不僅具有協調單元模式計算精度高的優點，還避免了物理量的二階導數項，可大大地減少計算工作量。 -
The actual meaning of this thesis lies in putting forward the system dynamics model of the leading industry in shan - bei, and predicting the development scales of sub - project and trends of relevant variable of it through computer simulation. the result not only can offer theory support and scientific basis for shan - bei government when they make policy and plan goal for the leading industry but also can offer the rational and scientific guide in such aspects as planting and management of the concrete industry for peasant
論文所得出的模擬預測結果既能為陜北政府在制定主導產業開發政策和計劃目標方面提供理論支持與科學依據，也能為農民在具體產業的種植和經營等方面提供科學合理的指導，同時論文所提出的陜北主導產業系統動力學模型也可以應用到其他省市主導產業的開發系統或單個產業項目的開發中，對其具有借鑒意義。 -
The second chapter reviews relevant literatures of leadership, team dynamics, collective entrepreneurship and innovation, based on which the relation models in fifth chapter are set up. first, i point out that it is essential to integrate both leadership influences and team dynamics, regard collective entrepreneurship as the focal collective performance variable. second, i think that it is essential to integrate both collective entrepreneurship influences and the innovation, regard businesses performance as the focal variable
根據理論的思路，本章分別從（ 1 ）集體創新； （ 2 ）領導； （ 3 ）員工的動態； （ 4 ）革新這些問題入手，對前人的研究進行回顧和討論，指出有必要形成系統的集體創新理論；並指出有必要把領導行為、團隊動態、集體創新能力整合起來，去探討如何形成集體創新能力；指出有必要將集體創新能力、革新率、企業績效整合起來，去探討集體創新能力是形成小企業持續競爭優勢的一個源泉。 -
Correlative function method and variable function method are used to calculate the relevant range of soil layer. the limit capacity of bored pile is determined by the cone penetration tests ( cpt ) and the static loading tests and related statistics parameters are also evaluated. considering the effects of group piles, the action effect is calculated by the settlement of pile foundation and the reliability index of single pile as well as group piles is determined by monte - carlo method
本文選擇臨近場地的四座高層建築地基的全部勘測資料，以沿深度方向的一維平穩高斯隨機場作為樁基土層土性參數的數學模型，利用相關函數法和變異函數法計算土層的相關范圍，由cpt和靜載試驗結果綜合確定鉆孔灌注樁的極限承載力，進而對相同場地各試樁的承載力進行折算后檢驗其概率分佈，並估計有關統計參數：考慮群樁效應確定樁基承載力，由樁基沉降反算其作用效應，由monte - carlo方法計算單樁及群樁的可靠指標。
分享友人