资源列表
fenc
- 这个是变形chua电路的分岔图,对所有的chua电路都比较适合-the deformation is the bifurcation chua circuit map, for all chua are more suitable circuit
2_60
- 求两个字符串的大小和长度 大小写敏感，当长度和大小写或字符不一致时为不等。-for two strings on the size and length of the case-insensitive, when the length and case-insensitive or inconsistent for the characters ranging.
M-squence
- 用单片机只能实现级数叫低的M序列,本程序是单片机的软件补助,功能是产生M序列游程计算-MCU can only achieve low series called the M series, the procedure is SCM software subsidies, function is to produce M-sequence calculation YOU
1121204716163470
- 模拟光在二维介质中传输，用FDTD方法，Matlab程序编写．-in a two-dimensional simulation of optical transmission medium, using the FDTD method, Matlab programming.
8574268756
- 一个很好的BP算法,利用C实现.希望对大家有帮助,多多交流.-a good BP algorithm, C to achieve. We hope to help conduct more exchanges.
cure.c++
- 经典cure聚类算法,实现用c++语言.大家-classic cure clustering algorithm, and using the c language. We look at
chameleon.c++
- chameleon算法 C++实现-chameleon algorithm to achieve C
k-means.c++
- k-means算法 C++实现-k-means algorithm to achieve C
6OKTIME
- 电子钟源程序,有需要的可以参考一下哦 -electronic clock source, we need to make profits oh
icrosoftWord
- 龙哥库塔方法，求解微分方程，具有二阶代数精度,在本例中的精度已经相当不错了。-Mangge Kutta method to solve differential equations, with second-order algebraic precision, in this case, the accuracy has been quite well.
MicrosoftWord2
- y_compare= 1.0954 1.1832 1.2649 1.3416 1.4142 1.4833 1.5492 1.6125 1.6734 1.7321 1.0954 1.1832 1.2649 1.3416 1.4142 1.4832 1.5492 1.6125 1.6733 1.7321 var_y=2.1742e-010 精度再上一个层次(三阶代数精度) -y_compare = 1.0954 1.1832 1.2649 1.3416 1. 4142 1.48
MicrosoftWord3
- 精度再往上走两个量级,runge-kutta法是最常用的单步高精度微分方程的解法,ode45的基本思想即来自于此,由于lyrock对这个方法的基本问题已经总结的比较全面,因此,我在这里只是简单介绍一下我自己学习的感受-accuracy upward taking two order of magnitude, runge - kutta method is the most commonly used high-precision single-step solution of differen