tensorflow

cop2000实现无符号数乘法——两个8位无符号数相乘，所乘结果是16位，采用原码一位乘，在计算时，用乘数寄存器的最低位来控制部分积是否与被乘数相加，然后右移部分积和乘数，同时乘数寄存器接收部分积右移出来的一位，完成运算后，部分积寄存器保存乘积的高位部分，乘数寄存器中保存乘积的低位部分。(Cop2000 implements unsigned number multiplication-multiplication of two 8-bit unsigned numbers. The multiplied result is 16 bits. When calculating, the lowest bit of multiplier register is used to control whether or not the partial product is added to the multiplier, and then the partial product and multiplier are moved right. At the same time, the multiplier register receives the right-shifted bit of the partial product. After completing the operation, the partial product register saves the product. The higher part, the lower part of the product is saved in the multiplier register.)

作为一种16/32位的高性能、低成本、低功耗的嵌入式RISC微处理器，ARM微处理器目前已经成为应用最为广泛的嵌入式微处理器。(As a 16/32 bit high performance, low cost, low power embedded RISC microprocessor, ARM microprocessor has become the most widely used embedded microprocessor.)

说明：  求解最优潮流问题的例程，很有用哦，用了yamip建模语言(solve OPF and very useful. Applying Yamip as the modeling language and the solver is cplex.)

此程序是二维分数阶粘弹性声波有限差分法的正演模拟，时间导数二阶精度，空间分数阶导数2阶精度，含波长快照，未加边界，确保可运行。(This program is a two-dimensional fractional viscoelastic acoustic forward modeling of finite difference method, the time derivative second-order accuracy, space fractional order derivative 2 order accuracy, including wavelength snapshot, without borders, to ensure that can be run.)

arduino-uno-schematic

单相逆变器SVPWM算法的实现，可供参考学习(Implementation of SVPWM Algorithm for Single-Phase Inverter)

shell原码，很好用的，要多看书，理解才是王道，加油

The document is a introduction o ls-svm1.5. It is easy to learn and very useful!

此程序为费诺编码的程序实现的过程及相关参数和结果。(feno)

分享一个Delphi毕业设计源码，一个实用的图书管理系统，Access数据库，有做课程设计的，需要参考的话，这套源码很合适。本套图片管理系统各个功能模块如下：图书管理、读者管理、借阅管理、图书查询、借阅查询等，编写时全部采用Delphi自身控件，编译方便，程序界面运行如截图所示。