erweikuosanjinjiCN823

A study on MLI techniques.

用matlab编写，实现了GPS信号的仿真(Prepared using matlab to achieve a GPS signal simulation)

此内容是电气工程及其自动化专业毕业设计中 所能用到得MATLAB仿真(This content is graduated in electrical engineering and automation design can be used in MATLAB simulation)

Information Hiding Using Least Significant Bit Steganography and Cryptography

Forecast financial data

IEEE 标准测试系统原始数据以表格形式给出了 IEEE—14，30，57，118 节点标准测试系统的原始数据和潮流结果，以及供参考用的发电机经济参数、发电机出力限值。其中，IEEE—30 节点系统还给出了电费用最小优化潮流的计算结果。(IEEE standard test systems raw data in tabular form gives the IEEE-14, the original data and trend results 30,57,118 node standard test systems, as well as for economic parameters reference generator, the generator output limits.)

本文通过对当前实时控制的应用研究，提出了将离线仿真与实时控制有机结 合起来，利用MATLAB实现对直线单级倒立摆实时控制的思路。经过分析比较， 确定了基于MATLAB的Real-Time Windows Target实时内核开发硬件驱动程序 的实时控制方案，将Simulink生成的仿真模型下载到目标实时内核中运行，驱动 外部硬件设备，实现对倒立摆的控制。文中介绍的在Real-Time Windows Target 实时内核环境中开发第三方设备驱动程序的方法，是构建本实验平台的核心技术 之一，具有普遍适用性，有一定的推广价值。(Based on the current real-time control of the applied research, raised offline simulation and real-time control organically combined to realize the use of MATLAB linear single-stage inverted pendulum idea of real-time control. After analysis and comparison, to determine based on MATLAB)

滤波器仿真 matlab 画图 真是凑不够20个字了(Minato filter simulation matlab drawing is really not enough words of the 20)

Classify using the maximum-likelyhood algorithm(classifies using the maximum- likelihood al gorithm)

（7，4）系统循环码译码器 decode_out = cyclic_decoder(decode_in) 该系统循环码译码器的生成多项式是g(x) = x^3 + x + 1 输入参数decode_in是接收到的循环码字，是1×7的行向量；输出decode_out是解 码后的信息码字，是1×4的行向量。 函数运行时，同时画出接收循环码字和译出码字的波形图。 ( (7,4) system cycle Decoder decode_out = cyclic_decoder (decode_in) cyclic code decoder of the system generating polynomial is g (x) = x ^ 3+ x+ 1 input parameters decode_in is the received codeword cycle, the row is 1 × 7 vector output decode_out solution code is the information after the code word is 1 × 4 row vector. Function to run at the same time code word and draw a circle to receive the word of the translated code waveform.)