资源列表
25-50zankongbixiapwmtiaoshu
- 实验25-50％占空比下PWM正反转调速实验参考程序,基于pic16f877a-Experimental 25-50% duty cycle in positive PWM reference speed experimental procedures, Based on pic16f877a
ds1302shishishizhong
- 实验26-DS1302实时时钟芯片应用实验参考程序-experimental 26-DS1302 real-time clock chip experiment reference program
zaixianketiaoshizhong
- 实验27-在线可调时钟实验参考程序,基于PIC16F877A-experimental 27-adjustable clock online reference experimental procedure based on PIC16F877A
JIAOTONGXINHAO
- 实验5-交通信号灯控制实验参考程序,基于pic16f877a-experimental 5-traffic signal control experiment reference program, based on pic16f877a
contacts
- This example program demonstrates how to implement a rudimentary contact manager in Visual Basic. You can add any number of names and phone numbers, etc. Although this program is extremely simple, it is provided as a foundation that you can use to be
num2text
- This demonstration program shows how to convert numbers to English as you might see in a check writing program. For example, 12345.67 is converted to \"Twelve thousand, three hundred forty-five and 67/100\".-This demonstration program shows how to co
atuocorrelation
- 自相关函数在噪声检测,识别和有用信号的提取中的应用-autocorrelation function of the noise detection, identification and extraction of the useful signal of
ARestimate
- 基于自回归,全极点的AR模型,对随机信号的进行的功率谱估计.-based on the return of all Poles AR model of random signal of the power spectrum estimation.
minimumvar
- 基于最小均方误差准则的LMS算法对淹没在噪声中的信号进行的有效的提取.-based on the minimum mean square error criteria LMS algorithm drowned in the noise signal the effective extraction.
predictionpower
- 利用LMS算法仿真了各种线性预测滤波器,并证明的该算法效率很高,能节省硬件资源.-LMS algorithm simulation using a variety of linear predictive filter, and demonstrate the high efficiency of the algorithm. can save hardware resources.
44test
- ledtest,ads1.2 led0,led1,led2依次点亮-ledtest, ads1.2 led0, led1, were lit led2
steepest
- 利用最陡下降法仿真实现了自适应滤波均衡器,该方法用硬件能方便实现.-use of the steepest descent method Simulation of the adaptive filter equalizers, the method can be used to facilitate the achievement of hardware.