资源列表
rlsFIR
- FIR滤波器的rls实现过程,运用matlab实现的
kmt
- 用c++实现的KMP算法。很高效很实用的哦-Using c++ to achieve the KMP algorithm. Very efficient practical Oh
send-and-receive
- 此文件包含两个程序段,其一是实现自发自收;其二是实现全双工通信。结合KEIL软件与单片机工具箱。-This file contains two paragraph, one is to realize the spontaneous charge The second is to realize full-duplex communication. KEIL software and single chip microcomputer with tool kit.
Dijkstra
- dikastra算法函数,运行时调用函数即可,注意函数说明-dikastra algorithm function run function is called to attention to the function descr iption
DaqProgram
- Ni daq ADC programme in MATLAB. you can use this programme for adc DAQ
SCFDESCFDE
- SCFDE系统的误码性能 -BER performance of SCFDE system with bit error rate performance of SCFDE system
yckz
- 预测控制(dynamic matrix control,DMC)matlab源代码-Dynamic matrix control
pianzuixiao
- 基于MATLAB的偏最小二乘回归分析算法,拟合较为准确-Based on MATLAB algorithm partial least squares regression analysis, fitting more accurate
windows
- 最速梯度下降和广义逆最小二乘求解感知机,可以调的参数有迭代下降的因子还有广义逆求解时的向量b。-Steepest gradient descent and generalized least squares for solving inverse Perceptron, you can adjust the parameters as well as iterative decrease factor when solving generalized inverse vector b.
磁力计24位置落差补偿
- (1)磁力计经过24位置罗差补偿后,可以精准测量平面内载体0°~360°角度变化值;(2)角度误差=测量值-真实值;(3)角度误差,通过2阶或者3阶来实现拟合,拟合阶数越高,补偿效果就越好,但MCU的计算量随之增加。
磁力计24位置罗差补偿
- (1)磁力计经过24位置罗差补偿后,可以精准测量平面内载体0°~360°角度变化值;(2)角度误差=测量值-真实值;(3)角度误差,通过2阶或者3阶来实现拟合,拟合阶数越高,补偿效果就越好,但MCU的计算量随之增加。
磁力计24位置落差补偿
- (1)磁力计经过24位置罗差补偿后,可以精准测量平面内载体0°~360°角度变化值;(2)角度误差=测量值-真实值;(3)角度误差,通过2阶或者3阶来实现拟合,拟合阶数越高,补偿效果就越好,但MCU的计算量随之增加。