there are 100 c program in the document. -there are 100 c program in the document.

求解非线性方程组的一组源代码,FORTRAN90.用于解决N个未知数,N-1个方程.-Solving nonlinear equations of a set of source code, FORTRAN90. For settlement of N unknown, N-1 equations.

一个薄板样条模型（thin plate spline）matlab源代码-A thin plate spline model (thin plate spline) matlab source code

Es 联合国帕斯方案十分构成 se trata de la conexion del arduino con el 软件 labview 德调查 es 联合国 sub VI de labview

SOR算法解线性方程组，c++，数值方法-SOR algorithm for solving linear equations, c++, numerical methods

Hanoi(汉诺）塔问题的求解，就是一个游戏的程序，很好玩-Hanoi (Hannuoba) tower problem solving, that is, a game procedure, is a lot of fun

傅立叶变换是信号处理时最常用的算法之一，实现时域与频域之间的转换，对人们研究各种信号非常有用，本程序利用VC实现快速傅立叶变换算法-Fourier transform signal processing is the most commonly used algorithm, achieving time-domain and frequency domain between the conversion of the people look very useful signal, the procedure used VC Fast Fourier Transform algorithm

分形算法与程序设计 第2章VC语言程序设计-Fractal Algorithms and Program Design Chapter 2 VC Language Program Design

随着人类基因组计划的实施，通过基因组测序，蛋白质序列测定结构解析等实验，分子生物学家提供了大量的有关生物分子的原始数据，需要利用现代计算技术对这些原始数据进行收集、整理、管理以便于检索使用。而为了解释和理解这些数据，还需要对数据进行比对、分析，建立计算模型，进行仿真、预测与验证，因而出现生物信息学，它的出现，极大的促进了分子生物学的发展。-With the human genome project implementation, through genome sequencing, protein sequencing experiments such as structural analysis, molecular biologists to provide a large amount of biological molecules of the original data, the need to use modern technology to these raw data collection, collation and management in order to facilitate retrieval use. To explain and understand these data, and data need to be compared to analysis, model, simulation, prediction and validation, therefore, bioinformatics, and its emergence has greatly promoted the development of molecular biology.

叶面积指数估算中，关于孔隙率计算的代码，考虑了不同的树冠形状（椭圆形、圆锥形、圆锥+椭圆形），并且可基于孔隙率估算叶面积指数和聚集指数。代码包含了连续植被（比尔定律）、和离散植被的情况，离散植被中假设树干在空间上满足随机分布。使用时请引用文献：尹高飞, 柳钦火, 李静,  曾也鲁, 徐保东. 树冠形状对孔隙率及叶面积指数估算的影响分析. 遥感学报, 2014, 18(4), 752 – 759.