nonsingular 中文意思是什麼

nonsingular 解釋
非奇異的
  1. New practical determinate conditions for nonsingular h - matrices

    矩陣的實用性新判定
  2. A new type of determinate conditions for nonsingular h - matrices

    矩陣一類新的實用性判據
  3. A sufficient and necessary condition for determining singularity of a block circulant matrix over a quaternion division algebra over a field is given, and two algorithms for the inverse of a nonsingular block circulant matrix over the quaternion division algebra are presented

    ?給出了域上的塊循環矩陣可逆性的充要條件及其逆矩陣的演算法。 ?給出了四元素可除代數上的塊循環矩陣可逆性的充要條件及其逆矩陣的兩種演算法。
  4. When the moving platform is in horizontal posture, the rank primary element crout solution is employed and the analytic solutions of errors dispersion is extracted, the nonsingular coefficient matrix is also proved

    當活動平臺處於水平姿態時，應用列主元crout分解法解出了誤差分佈解析解，並證明了系數矩陣是非奇異的。
  5. The nonsingular boundary element method for the bending problem of reinforced concrete plate

    無奇異邊界元解鋼筋混凝土板彎曲問題
  6. Explicit inverses of nonsingular tridiagonal matrices

    非奇異三對角矩陣的顯式逆
  7. Graded nonsingular triangular matrix rings

    分次非奇異三角矩陣環
  8. Determination of nonsingular matrix

    矩陣非奇異性判定
  9. We call a matrix the generalized cyclic matrix if it can be written the product of a nonsingular diagonal matrix and a cyclic matrix

    摘要可表為非奇異對角矩陣和循環矩陣乘積的矩陣，我們稱其為廣義循環矩陣。
  10. We turned the singular boundary value problems to nonsingular problems, and presented a numerical method for them

    通過變換將奇異邊值問題轉化為非奇異邊值問題，提供了求解這類奇異邊值問題部分數值解的數值求解方法。
  11. The norm of dynamic support vector is put forward, and the three conditions including e - insensitive, v - sensitive and nonsingular conditions are proved

    給出了dsv的概念，以及判斷dsv的三個條件：不敏感性、敏感性和非奇異性條件。
  12. The generalized inverse of partitioned matrices and the expression of generalized inverse using maximal nonsingular submatrix are discussed

    摘要討論了分塊矩陣的廣義逆，以及用矩陣的滿秩子塊表示廣義逆。
  13. In this paper, we present the sufficient and necessary condition for the sum of a identity matrix and a generalized cyclic matrix is nonsingular, and obtain the formal representation of the relative gain array of the sum matrix

    本文給出了單位矩陣與廣義循環矩陣的和矩陣的非奇異的充要條件，得到了這樣和矩陣的相對增益陣列的顯示表達式。
  14. The original system with both input and state time delays was first rewritten into a form without any time delays by a nonsingular linear transformation

    為了簡化變結構控制器的設計，首先通過非奇異線性變換將含狀態時滯和輸入時滯的線性系統化為無時滯系統。
  15. The aim of this paper is to study the applications of grobner bases in finding the minimal polynomial of a given matrix and its inverse if it is nonsingular and to discuss selfdualities over a polynomial ring

    ） bner基理論在求矩陣極小多項式，判定矩陣可逆性和求逆矩陣等方面的應用，並討論了多項式環的分次自對偶問題。
  16. Positive semi-definite matrices are positive definite if and only if they are nonsingular.

    正半定矩陣是正定的，當且僅當它們是非奇異矩陣。
  17. Our main idea is to map the singular problem in high - dimensional space into a nonsingular problem in reduced dimensional space without any loss of optimal discriminatory information with respect to fisher criterion

    在該理論框架下，最優鑒別矢量集的計算只需要在一個低維向量空間內進行，從而極大地提高了求解效率。
  18. Two proof methods of lower bound theorem of least singular value of nonsingular

    矩陣最小奇異值的下界定理的兩種證明方法
  19. The nonrecursive algorithm is proved to terminate in finite steps and turn out to be a constant vector too. because two modifications estimated models are asymptotically uniformly nonsingular, thus the possible singularity in the adaptive pole placement systems is completely avoided. however the prior knowledge required is only the observability indices of systems, thus, the required prior knowledge is greatly reduced

    非迭代的修正策略證明了參數修正向量在有限步內收斂於一個常向量；上述兩種修正策略均保證了估計模型的一致能控性，從而徹底解決了自適應極點配中可能出現的奇異性問題，而所需的先驗知識僅為系統的能觀性指數。
  20. For state systems and semistate ( singular ) system, respectively, the problems of robust stability and the design of robust controller have been investigated based on linear matrix inequality ( lmi ), according to lyapunov - razumikhin stability and convex optimization theory, and barbalat ' s lemma and nonsingular linear transformation of model reduction, respectively

    針對完全狀態系統，採用lyapunovrazumikhin穩定性理論以及凸優化等重要理論，以線性矩陣不等式作為研究的工具，研究了魯棒穩定性、魯棒控制器的設計問題；針對不完全狀態（奇異）系統，基於barbalat引理以及非奇異線性降階變換，研究了奇異系統的魯棒穩定性、魯棒控制器的設計問題。
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