bch_encode

TI-DSP application note

SCI串口通讯，。。。可以用于与PC串口通讯示例。(SCI serial communication,. . . Can be used with the PC serial communication example.)

《gps基本原理及其matlab仿真》(西安电子科技大学)里面的程序源代码，都是自己亲自敲上的。这是第5章的。对入门很有用的。(The basic principle of GPS and the matlab simulation (xi an university of electronic science and technology) in the program source code, is knock on yourself. This is the fifth chapter. The introduction is very useful. )

本文作的工作是利用信号仿真器仿真GPS数字中频信号，并借助这些仿真信 号完成对GPS信号的捕获和跟踪性能的研究。(This article is for the use of GPS signal simulator simulation digital IF signal, and make use of these simulation signal completion of the GPS signal acquisition and tracking performance study.)

程序给出了CAN总线接口的通讯的MATLAB仿真代码,希望能给大家提供帮助.(procedures given CAN Bus Interface communications MATLAB simulation code, hope you can help.)

对学习独立成分分析和人脸识别的会很有用，希望对大家有所帮助！(Learning independent component analysis and face recognition will be very useful, and they hope to be helpful to everyone!)

为了提高MIMO-OFDM系统的数据传输率和频谱利用率,提出一种新的自适应算法。该算法在保证信道质量所需误码率和总发射功率的前提下,按照各个子载波衰落程度动态地分配比特和功率,使系统的总数据传输速率最大。理论分析得出,该算法降低了系统运算复杂度,能很大地改善系统的整体性能。(In order to improve data transmission rates and spectrum efficiency of MIMO-OFDM systems,this paper proposes a new adaptive algorithm. While the channel transmission quality to meet the requirements of a certain target BER(bit error rate) and total emissive power,according to each sub-carrier decline degree to adjust each sub-carrier modulation method freely,try to minimize the total data rate of system. Theory analysis shows the algorithm can reduce system complexity and improve overall performance of the ...)

一种基于1-bit压缩感知信号重构的matlab算法(Matlab algorithm for compressed sensing signal reconstruction based on 1-bit)

说明：  目标是揭示视频中难以或不可能用肉眼看到的时间变化，并以指示性的方式显示它们。称为欧拉视频放大，以一个标准的视频序列作为输入，并应用空间分解，然后对帧进行时间滤波。然后放大产生的信号，以揭示隐藏的信息。(The goal is to reveal time changes that are difficult or impossible to see with the naked eye and to display them in an indicative manner.)

在信号发送后，接收方需要实现位同步才能正确解码(after signal is sent, receiver need bit syn to decode correctly)