guiji

一个模糊控制的m文件，可供模糊控制爱好者参考，程序可按需要作相应修改。希望大家共同进步，谢谢！(A fuzzy control of m documents, available for fuzzy control enthusiasts reference, procedures may need to be amended accordingly. I hope that progress can be shared, thank you!)

程序实现了C++和MATLAB的混合编程，对接的方法是使用Matcom组件。程序实现的功能是，绘制一个sin函数。(Program implements C++ and MATLAB mixed programming, docking method is to use Matcom components. Program' s function is to draw a sin function.)

By using these matlab codes one can simulate awgn in any system and cam add it to any signal for further analysis

kalman filter for tracking a single target with one dimension state and one dimension mesurment

说明：  用matlab语言写的EM(Expectation maximization)算法,用于模式分类(Matlab language used to write the EM (Expectation maximization) algorithm for pattern classification)

matlab统计基因序列多序列比对中各个多态性位点中碱基个数(matlab statistics sequence for multiple sequence alignment of various polymorphisms in the number of base)

在过零检测过程中，找过零点，并以此来进一步计算相位差等(In the zero-crossing detection to find the zero crossing, and to calculate the phase difference)

一种动态的进化算法，matlab版！很有用的！( A dynamic hybrid framework for constrained evolutionary optimization)

temperature data logger-The temperature data logger is a device to read temperature and store persistent temperature and corresponding timestamp data into Flash memory. The collection of temperature data can be retrieved, and analyzed after being logged. The temperature data logger is commonly used for monitoring environmental data and shipments of temperature sensitive products such as foods, pharmaceuticals, and some chemicals. In particular, temperature data logger can operate as a stand-alone device and put in a variety of locations including office, laboratory or geographical location such as mountains, deserts,… and in manufacturing line in industry to collect temperature data over a defined period of time. It is also small enough and portable to be integrated with shipping container or directly attached to products which can be degraded due to exposure to temperature extremes to monitor their temperature

In this work, we are interested in the problem of the coding channel with impulsive noise, whose goal is to correct the errors due to the channel at the time of a numeric transmission. In particular, the convolutional turbocodes constitutes the last progress in this domain and it is very close to the theoretical limit predicted by Shannon in 1948. The objective of this work is to study and to test this coding with the modulation BPSK, to improve the bit error rate (BER) in presence a additive white impulsive GGD noise using the MAP algorithm.