线性差分方程 meaning in Chinese
linear difference equation
Examples
- Nonlinear difference equations are of paramount importance in applications where the ( n + 1 ) st generation of the system depends on the previous k generations
不仅研究了一般的线性差分方程，而且对中立型的、非线性的、时滞的差分方程都做了深入研究。 - Invariable coefficient the number of times is different linear recursion sequence will transform using the sequence difference as often the coefficient inhomogeneous linear difference equation , thus obtains one kind of computation invariable coefficient the number of times is different linear recursion sequence special another interpretation simple method
摘要利用数列的差分将常系数非齐次线性递归数列转化为常系数非齐次线性差分方程，从而得到一种求常系数非齐次线性递归数列特解的简易方法。 - By citing a series of counterexamples , , e demonstrate in section 5 that famous indian scholar e . thandapani ' s and american scholar k . ravy ' s classification methods are essentially , rong for second order quasi - linear difference equation , ith damped term in " computers and mathematics , ith applications " , state ne , results and solve completely the problem for the classification of this kind of equation
通过列举一系列的反例，我们在第五节指出，著名的印度学者e thandapani和美国学者k ravy在《 computersandmathematicswithapplications 》上关于具有强迫项的二阶拟线性差分方程非振动解的分类方法是根本错误的，给出了新的结论，完整地解决了这类方程的分类问题。