1) Nonsingularity condition
非奇异性条件
2) nonsingularity
['nɔn,siŋɡju'læriti]
非奇异性
1.
The definition of the nonsingularity is presented based on analyzing digital discrete chaotic sequence.
分析结果表明这类算法产生碰撞的原因是其对混沌映射的数字化导致混沌序列的奇异性,因此必须谨慎选择混沌映射的数字化方法以保证混沌序列的非奇异性。
2.
Based on the kernel estimating theory of nonlinear semiparametric models under the least-square principle,this paper proves the nonsingularity of coefficient matrix of normal equation in least-square estimator of non-linear semiparametric models under certain condition.
本文基于非线性半参数模型最小二乘核估计的迭代解法,证明了非线性半参数模型最小二乘类估计法方程系数阵在一定条件下的非奇异性。
3.
The new nonsingularity criteria of matrices and the equivalent representation of M-matrices are presented in this paper.
本文给出了矩阵非奇异性的判定准则和M-矩阵的等价表征,所得结果推广了最近的相关结论。
3) singular nonlinear
奇异非线性
1.
The present paper deals with the existence of the positive solution of the singular nonlinear boundary value problem:(g(u′))′=-K(x)f(u), 0<t<1; u(0)=0, u′(1)=cwhere g(s)=|s| p-2 s, p>1, c is a non negative real numbers, f(u) is non negative, right continuous, nonincreasing in (0,+∞).
讨论一维 ｐ Ｌａｐｌａｃｉａｎ 奇异非线性边值问题（ｇ（ｕ′））′＝ － Ｋ （ｔ）ｆ （ｕ）， ０ ＜ ｔ ＜ １，ｕ（０） ＝ ０， ｕ′（１） ＝ ｃ正解的存在唯一性， 其中 ｇ （ｓ）＝ ｜ｓ｜ｐ－ ２ｓ， ｐ ＞ １， ｆ （ｕ ）在（０，＋ ∞）上是非负、非增的右连续函数。
2.
The shooting method is used to infer the existence and uniqueness of the positive solution to the singular nonlinear boundary value for n order ordinary differential equations u (n) (t)+f(t,u)=0, t∈(0,1), u (k) (0)=0, 0≤k≤n-2, u′(1)=c, where c is a non negative real number; f(t,u) is non negative and continuous on (0,1) ×(0,∞) and nonincreasing in u .
利用打靶法讨论奇异非线性ｎ阶常微分方程边值问题ｕ（ｎ）（ｔ）＋ｆ（ｔ，ｕ）＝０，ｔ∈（０，１），ｕ（ｋ）（０）＝０，０≤ｋ≤ｎ－２，ｕ′（１）＝ｃ正解的存在唯一性，其中ｃ是非负实数，函数ｆ（ｔ，ｕ）在（０，１）×（０，∞）上非负连续，并且关于ｕ单调不
4) condition of singular position
奇异位置条件
5) singular boundary condition
奇异边界条件
1.
Nonlinear ordinary differential equations with singular boundary condition;
带奇异边界条件的非线性常微分方程
6) conditional strange attractor
条件奇异吸引子
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条