umatS8R5

说明：  实现一个模仿CAD画图的简单程序，直线，椭圆，矩形等(Implement a simple program to imitate CAD drawing, such as line, ellipse, rectangle, etc.)

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mips 固件，开发源文件，用于逆向开发，逆向二进制符号执行(MIPS firmware, developing source files for reverse development, reverse binary symbol execution)

步进电机控制，直流电机控制，加法器，状态机等等经典的VHDL例子程序。-Stepper motor control, DC motor control, adders, state machines, etc. The classic example VHDL procedures.

华为DTU拨号全过程，帮助学习GPRS的同学以及开发人员，相当的有用处

rlwrap是一个读取行包装，一个用GNU 读取行库的小实用程序，这个GNU读取行库允许其他命令的键盘输入编辑。它包括一个用于每个命令的单独输入记载，并能用以前能看到的所有单词或一个特殊用户的文件（或用时用二者）来扩展TAB单词。-rlwrap is a fetching package, with a fetching the GNU small utility program, The GNU fetching allowing other orders for the keyboard input editor. It includes an order for each of the separate input records, and can be used before we can see all the words or users of a particular document (or use both) to expand TAB words.

DS1302资料,实时时钟控制芯片.可自行记时,自动进行月份,年等调整,包括闰年和闰月-DS1302 data, real-time clock control chip. Can remember, the automatically month, year and other adjustments, including a leap year and the Leap

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用于振动信号转换，时频转换分析，时域统计分析(Vibration spectrum analysis)

说明：  本次实验是基于广泛测试的公开加密库来实现数字签名服务。这里选择了 M2Crypto 加密库来实现，M2Crypto 加密库能够完整的支持 OpenSSL 库，所以会 更加方便点。而且这个库中包含有 RSA 非对称加密算法（M2Crypto.RSA），高级 的加密解密接口（M2Crypto.EVP）,还能操作 X.509 证书(M2Crypto.X509)。我们 可以先通过 M2Crypto 库里的模块来生成证书、公钥文件和私钥文件，后面再利 用生成的证书、私钥和公钥来实现加密解密及数字签名认证。(This experiment is based on a widely tested public encryption library to implement digital signature services. Here is the choice The M2Crypto encryption library is implemented, and the M2Crypto encryption library can fully support the OpenSSL library, so it will It's more convenient. And this library contains a RSA asymmetric encryption algorithm (M2Crypto.RSA), high level The encryption and decryption interface (M2Crypto.EVP) can also operate the X.509 Certificate (M2Crypto.X509). We A certificate, a public key file, and a private key file can be generated by the modules of the M2Crypto repository first, and the later will be beneficial. The encrypted decryption and digital signature authentication are realized with the generated certificate, private key and public key.)