资源列表
SetOfCPrograms
- C常用算法程序集。很好的学习算法和语言的参考资料-C common algorithms assembly. Good learning algorithms and language reference
cdma
- FIR model to use for the multipath delay. e.g. Multi=[1 0 0 0 0.5], has the direct signal at time 0, and a single reflection of 50 strength of the direct signal at a delay of 4 samples. MISC: 1. Over-Sampling: This sets the am
channel
- FIR model to use for the multipath delay. e.g. Multi=[1 0 0 0 0.5], has the direct signal at time 0, and a single reflection of 50 strength of the direct signal at a delay of 4 samples. MISC: 1. Over-Sampling: This sets the am
trancdma
- FIR model to use for the multipath delay. e.g. Multi=[1 0 0 0 0.5], has the direct signal at time 0, and a single reflection of 50 strength of the direct signal at a delay of 4 samples. MISC: 1. Over-Sampling: This sets the am
demodpsk
- FIR model to use for the multipath delay. e.g. Multi=[1 0 0 0 0.5], has the direct signal at time 0, and a single reflection of 50 strength of the direct signal at a delay of 4 samples. MISC: 1. Over-Sampling: This sets the am
simcdma
- FIR model to use for the multipath delay. e.g. Multi=[1 0 0 0 0.5], has the direct signal at time 0, and a single reflection of 50 strength of the direct signal at a delay of 4 samples. MISC: 1. Over-Sampling: This sets the am
parking
- 停车场问题 利用了栈和队列的知识，需要好好仔细的研究下-the secret of parking
Polynomial
- Algoritmo para calculo das constantes de um plolinô mio.
kruskal
- kruskal algorithm code
flower
- 描绘一种绘制图形的方法，在该程序中使用的是极坐标绘图。会出的图形是花瓣形状。-Describe a method of drawing graphics in the program using polar mapping. Will the graphics is petal shape.
fenduanhanshu
- 实现分段函数的图形绘制，包括三角函数，直线等。对于初学者有一定的引导作用。-To achieve sub-function graphics rendering, including trigonometric functions, linear, etc.. For beginners there is a certain guide.
forconv
- 求两个方波信号的卷积，对两个方波信号进行卷积计算，通过比较输入的两个信号和输出地卷机信号来说明卷积。-Demand convolution of two square wave signals, the convolution of two square wave signals calculated by comparing two input signals and output signals to paper machine to illustrate convolution.