euclidean space 中文意思是什麼
euclidean space
解釋
歐幾里得空間，歐氏空間。-
We prefer the form (5. 16. 7) since it is in conformity with the definition of scalar product in a complex euclidean space.
我們願意用（5.16.7）這種形式，因為它和復歐幾里德空間中標積之定義相諧調。 -
Research on distance from point in to hyperplane in euclidean space
歐氏空間中點到超平面的距離研究 -
Several spherial theorems on immersed hypersurface in euclidean space
歐氏空間浸入超曲面的幾個球性定理 -
Complex euclidean space
復歐幾里得空間 -
Solving geometry constraints problems of point - plane configuration in euclidean space
實空間中點面構型幾何約束問題求解新方法 -
This paper deals with the optimal development of curved surfaces in 3 - dimesion euclidean space
本文以三維歐幾里得空間曲面為對象，對其展開與優化問題進行了研究。 -
The corresponding problem for hypersurface with constant mean curvature in euclidean space r " + l remains open
關于r ~ （ n + 1 ）中常平均曲率超曲面的相應問題至今尚未解決。 -
At last, the probability density function shows multi - fractal characteristic, which is gauss distribution in euclidean space
流體微團的概率密度分佈函數也表現出多重分形特徵 -
We prefer the form ( 5. 16. 7 ) since it is in conformity with the definition of scalar product in a complex euclidean space
我們願意用（ 5 . 16 . 7 ）這種形式，因為它和復歐幾里德空間中標積之定義相諧調。 -
The specular reflection is a very important linear transformation in euclidean space, and it has a special geometrical explanation in geometrical space
摘要鏡面反射是歐氏空間中一類很重要的線性變換，在幾何空間中有著極其形象的解釋。 -
In chapter 2 there are four goals : the first is to investigate some geometric properties of h - caccioppoli sets, the second is to characterize the discontinuous set su and jump set ju of u bvh ( ), the third is to study pointwise behavior of u bvh ( ) and our effort is concentrated on showing approximate differentiability of u in the sense of pansu ' s, while the last and the most important is to show that dhu with u bvh ( ) as a radon measure can be split into three parts ( absolutely continuous part, jump part and cantor part, respectively ) just like the derivative of a bv function in the setting of euclidean space
第二章有四個目標：一是討論h - caccioppoli集的若干幾何性質，二是刻畫h -有界變差函數的近似不連續點集和跳躍點集的特徵，三是研究u bv _ h （ ）的逐點行為，我們集中討論u在pansu意義下的近似可微性，最後也是最重要的目標我們證明對u bv _ h （ ） ， d _ hu作為radon測度能夠分解成絕對連續部分、跳躍部分和cantor部分之和。 -
Presents a new algorithm for detection of collision between two convex objects to improve the efficiency of collision detection during robot path planning in the robot simulation system, which establishes a linear system whithout variables based on a linear equation system in euclidean space through a series transformation, and concludes that collision is detected if the system contains no dilemma
如何進一步提高碰撞檢測的速度在智能機器人路徑規劃中非常關鍵.為此給出了一種新的碰撞檢測演算法；它是以空間中的平面方程為基礎，將一組平面方程進行幾次代數變換得到一組常數不等式，觀察這組常數不等式中是否含有矛盾不等式即可判定機器臂是否與空間中的障礙物相撞 -
What we do at this aspect are : firstly, we describe the permutation symmetry of the structure of some special networks and the corresponding attractor sets with some geometric graphs in euclidean space, which are called attractors graph and geometrized structure graph of the networks respectively ; the geometrizing conditions are also given ; we study the dynamical behavior of the networks using the geometrized structure graph and attractors graph of the network ; moreover, we propose an approach to construct a big - size network with some small - size network with symmetry by the method of direct - sum, direct - produce and semidirect - produce. we also study the dynamical properties " relation between the big - size network and the small - size networks. all those results will provide some theoretical basis for designing a special large - scale network
本文在這方面所做的工作如下：首次將一些特殊網路的結構和吸引子集的置換對稱性用三維歐氏空間中的一些幾何圖來表示，分別稱之為幾何結構圖和吸引子圖；給出了網路對稱性的幾何化條州即相應的對稱性群為可遷群） ：並惜助網路的幾何結構圖和吸弓吁圖分析網路的動力學性質；此外，我們提出了用簡單的具有一定對稱性的小網路按照群的直和、半直積和直積的方式組合成較大的網路的方法，探討了這些小網路和所組成的大網路的一些動力學性質的關系，如穩定態的個數、各穩定態的回憶性質等，為較大網路的設計提供一些理論依據。 -
Many unusual phenomena near the percolation threshold caused by random pore removal or blockage is found. first, the grid pressure distribution is anomalous ; secondly, the dispersion is much slowly than in euclidean space
模擬中發現：在滲流閾值附近，確實存在著反常彌散和優勢通道現象，網格中的壓力分佈也和全部聯通時完全不一樣。 -
Mathematically it corresponds to a linear transformation for a set of points in the euclidean space. for k value learning, this paper made a better selection using genetic algorithm primarily
從數學意義上講，這種權值學習相當于歐氏空間中對一組點進行了一個線性變換。 -
One is, based on answering the above open problem on a finite dimensional euclidean space by means of partially ordered theory, to research the existence of solutions, global error bounds of proximal solutions and sensitivity of parametric unique solutions and present a class of variable - parameter three - step iterative algorithms for generalized set - valued variational inclusion problems by using - resolvent operator of set - valued mapping. two is to consider the convexity, closedness and boundedness of the solution set of general set - valued variational inclusion problems and the sensitivity of the parametric solution set by means of graphical convergence theory. three is to discuss directly the existence of solutions by using analytical methods for set - valued mixed quasi - variational - like inequalities and suggest a class of direct variable - parameter three - step iterative algorithms for solving generalized set - valued variational inclusions
研究分有三個方面：一是藉助于偏序理論在有限維歐氏空間中解決了上述公開問題，在此基礎上利用集值映射的-預解運算元，研究了廣義集值變分包含問題解的存在性、逼近解的全局誤差界、參數唯一解的靈敏性，並提出了一類變參數三步迭代演算法；二是藉助于圖收斂理論研究了一般集值變分包含問題解集的凸性、閉性和有界性以及參數解集的靈敏性；三是用分析的方法直接討論了集值混合擬類變分不等式問題解的存在性並提出了一類求解廣義集值變分包含問題的直接變參數三步迭代演算法。 -
Aiming at the drawback of this method in dealing with similar targets, this paper looked the multi - evidence set as a multi - evidence space and used euclidean space distance to improve the algorithm of set - pairs proximity
文章針對該方法在處理相似目標識別時貼近度相近的缺陷，將多個證據組成的證據集合看作是由多個證據組成的證據空間並在歐氏空間權距離的基礎上改進了集對貼近度演算法。 -
For recover the real structure of scene we should estimate the interior parameters of camera in further, and transform the structure of scene from projective space to euclidean space, this process named camera calibrating
為了恢復場景或物體在歐氏空間的形狀，需要估計攝像機的內部參數，完成從射影空間到歐氏空間的轉變，這個過程稱為攝像機定標。 -
In this paper, the objects that we research are spatial geometry in three - dimensional euclidean space. the definitions of spatial objects conform to opengis specification
本文的研究以三維空間幾何體為研究對象，空間對象的定義符合opengis規范的要求。 -
In 1860, schrodinger first put forward the concept " schrodinger equations " in quantum mechanics and since then, the study on schrodinger equations has never stopped, for the mathematical description of many physical phenomena belongs to the field of schrodinger equations, such as nonlinear optic, plasma physics, fluid mechanics etc. as for the form of schrodinger equations, linear schrodinger equations was gradually replaced by nonlinear schrodinger equations ; as for the methods of solving schrodinger equations, the modulus estimate of energy, the principle of contraction mapping, fourier transformation and harmonic analysis are used ; as for the space of the solutions, many people have worked on the problem in bounded domain, euclidean space of dimension n, periodic bounded conditions and mixed regions and they also combined it with the generalization from low dimension to high dimension
） dinger方程，如非線性光學、等離子物理、流體力學[ 21 ]等；在方程形式上，從線性schr （ ? ） dinger方程到非線性schr （ ? ） dinger方程；在處理方法上，用能量模估計、壓縮映象原理和fourier變換調和分析等；在方程解空間上，研究有界區域、 n維歐氏空間、周期性有界區域和混合區域等，並且結合從低維向高維推廣。
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