用ATmega16实现的接口

MagicSopc DDR-Sdram

通信、编码中m序列采样实现代码MFC版本-communications, coding sequence sampling m MFC code version

本代码可以帮助程序员模拟实现简单的串口编程-The simulation code can help programmers realize simple serial programming

can总线通信C++ BUILDER源程序。用于编写can通信协议，以及测试can总线。-can BUILDER C bus communication source. Can prepare for the communication protocol and can test bus.

采用Log-BP算法的LDPC码译码仿真程序，给出了不同信噪比下误码率和误包率的统计图，用matlab和C（c-mex）程序分别编写，有详细说明和注释。-The use of Log-BP decoding algorithm for LDPC code simulation program is given a different signal to noise ratio and bit error rate under the packet error rate of the statistical map, using matlab and C (c-mex) procedures, respectively, to prepare, has a detailed description and notes .

用VC++编写的发短信的程序， 用串口和手机通信。 支持csv格式的电话本。 支持超长短信。 unicode

OPC Server

ISDN-Objects专门为DELPHI设计并优化。只要用简单的方法（如Connect/Disconnect/Sendfile/ReceiveFile等），你可以立刻在你的程序中加入ISDN的功能。超级的性能也是亮点之一。数字电话文件传输或传真，ISDN-Objects是你更快地开发ISDN应用的理想工具。ISDN-Objects的技术数据：非常简单的方法用以在最快速度下发送和接收数据，在线帮助，无限通道，无限控制器，CAPI 2.0，与ISDN卡生产商武官，编程简单，强大的高层方法（如SendFile / SendWave），支持所有ISDN协议数据压缩（如果CAPI驱动支持，将采用V.42bits），将电话实时转换到WAVE或反之。-ISDN-Objects for DELPHI design and optimization. As long as a simplistic way (such as Connect/Disconnect/Sendfile/ReceiveFile, etc.), you can immediately in your program to add ISDN function. Super is one of the highlights of the performance. File Transfer digital telephone or fax, ISDN-Objects is the faster you develop the ideal tool for ISDN applications. ISDN-Objects of the technical data: a very simple method for the fastest speeds in the send and receive data, online help, unlimited access, unlimited controller, CAPI 2.0, with the ISDN card manufacturers attache, programming is simple, powerful high-level methods (such as SendFile/SendWave), support all the ISDN

一个51的小实验，里面主要是为初学者入门编程和熟悉潜入式编程-A 51 small experiment, which is mainly for beginners entry into the programming and familiar with the programming

OFDM的一种频分复用方案。把频谱分成两个部分，一部分频谱用同频复用，一部分频谱采用复用因子为3，这就是reuse partitioning,或者叫部分频率复用技术（Fractional Frequency Reuse)。频率复用因子表示一个频率复用簇当中的频点的数量。复用因子越大，表示复用距离越大。代码对FFR进行了仿真，适合初学者。