delphi6写的CRC32的加密算法。 另有付加例子程序

AES128bit加密算法。在PDF文档中有详细算法描述。程序打印出的内容为验证结果。对应文档中的33-34页最左侧的结果。不清楚的朋友可以给我发EMAIL.-AES128bit encryption algorithm. Has the detailed algorithm description in the PDF documents. The procedure prints content for confirmation result. In corresponding documents 33-34 page of most left side result. Not the clear friend may to me send EMAIL.

打包文件，VB源码，还好，值得学习和使用.-Packing paper, VB source, Fortunately, it is worth learning and use.

MD5加密算法-MD5 encryption algorithm

ECC的C++源码，非常简单而且容易理解-ECC

这是我用c++实现的一个DES加密算法！应该可以适合那些对加密感兴趣的人看。-This is achieved with c a DES encryption algorithm. Should be suitable for those interested in encryption right people.

条形码编码算法，可以输出多种形式条码-barcode coding algorithm, can output multiple forms barcode

This a good program to start with signal processing in matlab.This gives you basic idea about covolution algorithm.

NAME: gmfsk VERSION: 0.6 RELEASE: 1 SUMMARY: Gnome MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER terminal DISTRIBUTION: OH2BNS VENDOR: OH2BNS LICENSE: GPL PACKAGER: Tomi Manninen GROUP: Applications/Communications OS: linux ARCH: i386 SOURCE RPM: gmfsk-0.6-1.src.rpm DESCRIPTION: gMFSK is a terminal program for MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER. -NAME: gmfsk VERSION: 0.6 RELEASE: 1 SUMMARY: Gnome MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER terminal DISTRIBUTION: OH2BNS VENDOR: OH2BNS LICENSE: GPL PACKAGER: Tomi Manninen GROUP: Applications/Communications OS: linux ARCH: i386 SOURCE RPM: gmfsk-0.6-1.src.rpm DESCRIPTION: gMFSK is a terminal program for MFSK, RTTY, THROB, PSK31, MT63 and HELLSCHREIBER.

笔者长期从事移动通信系统的无线链路调制与解调、物理层实现方面的工作。在移动通信GSM系统中，我们进行语音或者业务信道解调时，都会遇到CRC的求解。通常在硬件DSP实现时，特别是40位CRC求解时候，由于生成多项式有41项，DSP最大一次能处理40位，所以使用单个寄存器会遇到一些困难，那么以下这个程序将会解决这一困难（这是针对定点DSP、C55xx的编程实现方法）。-The author has long been engaged in mobile communication system modulation and demodulation of wireless links, the physical layer to achieve work. GSM in the mobile communications system, we have a voice or channel demodulation operations, it will encounter the solution of CRC. DSP hardware usually realize, especially when solving the 40 CRC, as the generation polynomial has 41, DSP can handle the largest 40, so using a single register may encounter some difficulties, then following this process will solve this One difficulty (which is for fixed-point DSP, C55xx realize programming methods).

Base64Coding源码-Base64Coding FOSS