turbo-BCJR

HDB3 codification, a matlab program that make a hdb3 codification

雷达仿真的MATLAB代码，提供了大量仿真实例，非常实用！(MATLAB code for radar simulation, and provides a large number of simulation examples, very useful!)

雨流计数法 的各种程序 用matlab编制 有需要的请尽情下载，不用谢(Rain flow counting method)

基于matlab 搭建的跳频系统的源代码。(Frequency hopping systems built based on matlab source code.)

关于多变量预测控制算法，丢番图推导详细过程(Multivariable predictive control algorithm)

说明：  使用Visual C++ 调试DIB函数，详细了解其代码运行过程； 熟悉DIB函数库需要完成的关于位图操作的基本功能； 函数调试如：CreateDIBPalette（创建DIB调色板的函数），了解运行机制及过程过程 (Visual C++ debugging using the DIB functions to learn more about the code is running familiar with the library needs to be done DIB bitmap operations on the basic functions function debug as: CreateDIBPalette (DIB palette to create a function), understand the process of operational mechanisms and processes)

應用離散型PSO解決目標武器分配問題WTA 適合初學者或已有PSO基礎者使用(Application of Discrete-PSO to Solve Target Weapon Assignment Problem Suitable for beginners or have the basis of the use of PSO)

说明：  用MATLAB设计及FPGA实现IIR滤波器的方法 摘要 本文介绍了IIR数字滤波器的传统设计思想与步骤及计算机辅助设计方法。并在FPGA上高效实现的低阶IIR滤波 器，其阶数低，实时响应快，适合雷达等的实时、高效处理环境。利用IIR滤波器的多相结构来实现该滤波器系统的方法，对于 四通道的情形在MATLAB上利用Simulink作了仿真, 并在目标板上对算法进行了实现,证明该系统能够同时处理四个通道的信号。(Using MATLAB Design and FPGA realization IIR Filter method Abstract This paper introduces IIR digital filter traditional design Thought and steps and CAD method. And FPGA on efficient realization low IIR filter, its order low, real response fast suitable radar real time, efficient processing environment. Use IIR filter multiphase structure realize the filter systematic method, for four channel circumstances in MATLAB on use Simulink made simulation and target board algorithm was realized proved system can simultaneously four channel signal.)

This function computes the LP guided modes of a step-index optical fiber using Matlab s "fzero" function available in the Matlab s Symbolic Toolbox. The "fzero" function uses Brent s method to find the root of a continuous function of one variable given an initial guess value.

ReBEL is a Matlab® toolkit of functions and scripts, designed to facilitate sequential Bayesian inference (estimation) in general state space models. This software consolidates research on new methods for recursive Bayesian estimation and Kalman filtering by Rudolph van der Merwe and Eric A. Wan at the OGI School of Science & Engineering at OHSU (Oregon Health & Science University