PID介绍

solution book for process instrument

加权零阶局域预测法对时间序列数据进行短期预测(Calculating the Poincare cross section of time series)

说明：  自定义卷积核，用numpy完成图像卷积运算，生成对应特征图(Customizing convolution kernel, using numpy to complete image convolution operation, generate corresponding feature map)

metrowerks codewarrior软件教程,不错哦-metrowerks codewarrior software tutorial, yes Oh

读取文件夹及其文件，计算nii文件平均值和标准差，并将结果保存为nii文件(Read the folder and its files, calculate the average value and standard deviation of the NII file, and save the result as a NII file)

用mfc编的一款串口调试器，可进行串口通信等一些基础的操作及源码参考。(A serial debugger compiled with MFC)

这个是vb编写的控制服务器的程序，还包括一个于此相关的视频教程-This is the control server vb preparation procedures, this also includes a related video tutorial

stc最新1T单片机片内EEPROM应用代码-stc latest 1T-chip single-chip EEPROM application code

说明：  设计一个哈夫曼编码器 要求对一段数据序列进行哈夫曼编码，使得平均码长最短，输出各元素编码和编码后的数据序列。 ① 组成序列的元素是[0-9]这10个数字，每个数字其对应的4位二进制数表示。比如5对应0101，9对应1001。 ② 输入数据序列的长度为256。 ③ 先输出每个元素的编码，然后输出数据序列对应的哈夫曼编码序列。(Designing a Huffman Encoder Huffman coding is required for a data sequence to minimize the average code length and output the coded and coded data sequence of each element. (1) The elements that make up the sequence are the 10 digits [0-9], and each digit is represented by its corresponding 4-bit binary number. For example, 5 corresponds to 0101, 9 corresponds to 1001. (2) The length of the input data sequence is 256. (3) First output the encoding of each element, and then output the Huffman encoding sequence corresponding to the data sequence.)

说明：  可以用于linux环境下qt采集FT2232H上传数据，并且还有界面显示(It can be used for QT collection of ft2232h upload data)