资源列表
findInflexion
- 通过定义计算,寻找某特定曲线上的拐点,本处以电压电流伏安曲线为例,可修改定义来计算其他曲线-By defining the terms, looking for a particular curve inflection point, the imposed voltage and current volt-ampere curve, for example, can modify the definition to calculate the other curves
DIF_SFFT
- 自己编写的基于频域抽取的分裂基FFT算法的程序代码-provide the DIF-FFT
Thread
- using Thread concept
Lab1_6
- C++ simple object programming application
JapaneseFlag
- Java 实现运动的太阳 Java实验实验4-a beaty son which can move
chaoshengbo)
- 超声波传感器接收与发送距离测试,实现20cm——4米之间的精确测量-Ultrasonic sensors to receive and send from the test, to achieve accurate measurement of 20cm- 4 meters
Tmyffth
- 对心电信号进行傅里叶分析,傅里叶变换可以对心电信信号的噪声进行分析 。 -ECG signal for Fourier analysis, Fourier transform analysis of heart telecommunications signal noise.
band_pass
- 对窄带信号进行临界采样,采用重构算法恢复原信号-sample the narrowband signal and reconstruct signal
led-YY
- LED灯花样,实现右移, LED灯花样,实现右移-failed to translate
poj3943
- poj 3943 Taro attempts to tell digits to Hanako by putting straight bars on the floor. Taro wants to express each digit by making one of the forms shown in Figure 2. Since Taro may not have bars of desired lengths, Taro cannot always make forms
guessing-numbers
- 猜数字游戏,系统随机生成3个数字,用户输入3个数字,进行比较,有7次输入机会-Guessing game, the system randomly generates three digits, the user enters three figures compare with seven chances to enter
SOM
- SOM神经网络:Self-Organizing Map 的缩写,即自组织映射。 1981年芬兰Helsink大学的T.Kohonen教授提出一种自组织特征映射网,简称SOM网,又称Kohonen网。 Kohonen认为:一个神经网络接受外界输入模式时,将会分为不同的对应区域,各区域对输入模式具有不同的响应特征,而且这个过程是自动完成的。自组织特征映射正是根据这一看法提出来的,其特点与人脑的自组织特性相类似。 由于它的强大功能,多年来,神经网络在数据分类、知识获取、过程监测、故障识别等领域
