fourierTransform

说明：  跳伞运动员动态模型，根据仿真步长，重力加速度，大气密度，表面积，阻力系数以及跳伞运动员质量进行仿真。(The dynamic model of the skydiver is simulated according to the simulation step size, gravity acceleration, atmospheric density, surface area, drag coefficient and skydiving athlete quality.)

用C语言编写的堆栈接口，适用于各种环境，提供接口： STACK *initStack(int MaxRoom) void destroyStack(STACK **spp) void resetStack(STACK *sp) Boolean isStackEmpty(STACK stack) Boolean isStackFull(STACK stack) Boolean push(STACK *sp, USER_TYPE data) Boolean pop(STACK *sp, USER_TYPE *data) Boolean readTop(STACK stack, USER_TYPE *data) (C language implementation of the stack)

用visual c++开发的推箱子游戏，代码 整洁易懂。-with visual c Tuixiangzi development of the game, code clean understandable.

Spatial modulation MATLAB CODE

说明：  demo for ase database, powerbuilder

北@大 03级数据库上机实验内容和习题解答,很有代表性的题目,供大家参考-North @ 03 large database content and experimental machine to answer the questions, very representative of topics for your consideration

这里是游戏的ROM想玩游戏的话还是玩这样的游戏，是一个好游戏，看看吧，挺好的-ROM want to play the game the game or playing the game is a good game, let"s see it, in very good shape;

erlang的书籍，介绍的很全面，很好。。。。。(erlang programing)

RT1602液晶显示的例子,调试已通过,上传给大家-RT1602 LCD example, debugging has been passed, we look to Upload

牛顿－拉夫逊法潮流计算 基本步骤： 　　（1）形成节点导纳矩阵 　　（2）将各节点电压设初值U， 　　（3）将节点初值代入相关求式，求出修正方程式的常数项向量 　　（4）将节点电压初值代入求式，求出雅可比矩阵元素 　　（5）求解修正方程，求修正向量 　　（6）求取节点电压的新值 　　（7）检查是否收敛，如不收敛，则以各节点电压的新值作为初值自第3步重新开始进行狭义次迭代，否则转入下一步 　　（8）计算支路功率分布，PV节点无功功率和平衡节点柱入功率。(Newton-Raphson method flow calculation basic steps : (1) formation of nodal admittance matrix (2) to set up the initial node voltage U, (3) the initial node-generation-related demand. calculated that the constant term formula Vector (4) nodes will be incorporated into the initial voltage-seeking, calculated Jacobian matrix elements (5) solving that equation, seek to amend the vector (6) to strike a new node voltage value (7) to check whether convergence, if not restrained. concentrated in the nodes of the new voltage as the initial value since the first three steps to re-start the narrow iterations. Otherwise, turn into the next (8) Calculation branch power distribution, PV nodes reactive power and balance-node into power.)