资源列表
dynamic_programming_3_16_a
- 动态规划的程序（Kirk book）:A system is described by the first-order difference equation, find the optimal control values-Code for Kirk Dynamic Programming book 3-14 A system is described by the first-order difference equation, find the optimal control valu
ToAscii_workaround
- ToAscii and ToUnicode have a problem with â = ^^a So when hooking keyboard and making these chars converting them with ToAscii or ToUnicode it will change the output on the screen. This unit solves the problem. Just call the forwarded
huisulv
- 概率加回溯法求解八皇后问题，前k步使用概率法，后8-k步使用回溯法-Probability and backtracking to solve the eight queens problem, k steps before using the probability method, after the 8-k step backtracking
Selection-sort
- 这是一个选择排序的子函数，在主函数里直接调用即可-Selection sort
ADC0809shumozhuanhuan-
- 这个小程序是51单片机控制的ATC0809的数模转换与显示子程序-This little program is ATC0809 51 MCU control of the digital-to-analog conversion and display routines
ADF_SDA
- 使用最陡下降法实现自适应去噪操作的m文件，最后做出了误差特性曲面-Steepest descent method to achieve adaptive de-noising operation m file, and finally made the error characteristics of the surface
key
- 本程序是以ccs4为开发环境的4*4的矩阵键盘实验-This procedure is the matrix keyboard experiment with the ccs4 development environment 4*4
aggregation
- 任何位数正整数加法。在源代码中需写如两个加数。-Any digit positive integer addition. In the source code needed to write as two addends.
FFT-demo
- 1．用Matlab产生正弦波,矩形波,以及白噪声信号，并显示各自时域波形图 2．进行FFT变换，显示各自频谱图，其中采样率，频率、数据长度自选 3．做出上述三种信号的均方根图谱,功率图谱,以及对数均方根图谱 4．用IFFT傅立叶反变换恢复信号，并显示恢复的正弦信号时域波形图- 1. Using Matlab to generate sine wave, square wave, and the white noise signal and displays each tim
CFAR-(2)
- 具有服从瑞利分布杂波的雷达目标恒虚警处理-CFAR radar target simulation with a Rayleigh distribution of clutter
GpsSatPosition
- GPS卫星位置计算程序，根据观测数据和卫星发射时间计算相关轨道参数，最终得到卫星位置-GPS satellite position calculation program to calculate the relevant orbital parameters observed data and the satellite launch time, finally get the satellite position
MATLAB-codes
- 画离散点与拟合曲线、还有多元线性拟合方程-Draw a scatter diagram and the fitting curve, and multiple linear regression