Chapter_2[1]

说明：  Haskell 中文教程1-3章(flw译) 纯粹的函数型编程语言。以著名逻辑学家 Haskell B. Curry 的名字命名。 最初的目的是想要设计出满足下面这些要求的语言： 1，它必须能够适合教学、研究、应用开发，包括一些大系统的构造。 2，它必须能够使用形式语言来准确描述。 3，它必须是自由免费的，任何人只要愿意都可以获取、使用和再次发布它。 4，它必须建立在大家一致认可的基础上。 5，它应该能够消除目前的函数型编程语言的差异。 (Haskell Chapter Directory 1-3 (flw translation) purely a function-based programming language. Famous applicability Haskell B. Curry named. The initial aim was to get below designed to meet the language requirements : 1, it must be suitable for teaching, research, application development, including the construction of large-scale systems. Two, it must be able to use formal language to accurately describe. 3, it must be free free of charge, to anyone who can access, use and release it again. 4, it must be built on consensus on the basis of recognition. 5, it should be able to eliminate the current function-type programming language differences.)

说明：  用matlab程序仿真基带QPSK信号通过多径信道的产生 (Process simulation baseband QPSK signals generated multipath channel in matlab)

微带线静场分析的matlab程序 Microstrip line (Microstrip line Static field analysis matlab)

GAUSSIAN FUNCTION IMPLETEMENTD IN MATLAB BUT I NO SURE THIS WORK

说明：  基于MATLAB遗传算法(SGA)实现 基于MATLAB遗传算法(SGA)实现(MATLAB based genetic algorithm (SGA) based on MATLAB genetic algorithm (SGA) to achieve)

一个二进制FSK通信系统的蒙特卡诺仿真bpskdigital(s,f) 本程序实现BPSK调制(A binary FSK communication system simulation Monte Kano bpskdigital (s, f) of the Program for BPSK modulation)

EM algorithm mean shift algorithm for image segmentation, at the same time have demo program with the ultimate view of segmentation results

使用matlab来实现图像去噪功能，图像可以随机确定。(Using matlab to realize the function of image denoising, image can be determined randomly.)

仿真模拟802.11a误码率，支持BPSKQPSK16AQM64QAM，编解码采用MEX函数链接C，较MATLAB源码运行速度快(BER simulation 802.11a support BPSK QPSK 16AQM 64QAM, coding and decoding functions MEX link C, MATLAB code to run faster than the)

图像处理实验 matlab仿真。图像的读取、保存。图像间的算数运算、逻辑运算(Image processing matlab simulation experiments. Image read, save. Arithmetic operation between images, logical operations)