压缩感知应用omp算法

书名：LDPC原理与应用。是国内第一本介绍用LDPC编、译码基本原理及应用技术的一本书。对用 vhdl 或verilog实现硬件编程LDPC的人开发无线通信是很好的资料(Title: LDPC Principles and Applications. Is the first book describes using LDPC Encoding and Decoding the basic principles and application of technology, a book. Right to use vhdl or verilog hardware programming LDPC people to achieve development of wireless communications is a very good information)

订票系统，c语言，七大功能模块，订票，查票，退票等等，无数据库连接，相应数据导入flight.txt文件

extra decision python extra decision python

vb编写的小的提醒程序-vb prepared by the small remind procedures

用c语言编写的Dijkstra算法的源代码。代码短小精炼有注释-Using c language source code Dijkstra algorithm. Refining short code annotated

说明：  字典学习与快速正交匹配追踪。正交匹配追求 （OMP） 在过去十年中已被证明是图像和信号处理领域的重要算法，用于估计字典学习中的稀疏表示。多年来，加快 OMP 算法的精度的努力一直通过通用 OMP （g-OMP） 和快速 OMP （f-OMP） 等变体进行。所有这些算法都递归地求解了"S"样本数中每个信号样本的OMP。该算法，快速 OMP （r-OMP），运行"N"原子的循环，同时估计所有样本，并在自N<<S以来的真实场景中，建议的方法将OMP的速度加快几个数量级。(Orthogonal Matching Pursuit (OMP) has proven itself to be a significant algorithm in image and signal processing domain in the last decade to estimate sparse representations in dictionary learning. Over the years, efforts to speed up the OMP algorithm for the same accuracy has been through variants like generalized OMP (g-OMP) and fast OMP (f-OMP). All of these algorithms solve OMP recursively for each signal sample among 'S' number of samples. This algorithm, rapid OMP (r-OMP), runs the loop for 'N' atoms, simultaneously estimating for all samples, and, in a real scene since N<<S, the proposed approach speeds up OMP by several orders of magnitude.)

此程序可自动计算出空缆状态下悬索桥主缆线形(This program can automatically calculate the suspension bridge main cable line cable state)

说明：  在vs2013通过运行的传统遗传算法相关代码实现(Implementation of relevant codes by running traditional genetic algorithm in vs2013)

python编程，高质量代码，高手必备python书籍,《编写高质量代码：改善Python程序的91个建议》迷你书(python programming, high quality scripts in python)

很好的入门案例，英文的，能看懂，对初学者很有帮助(Entry case in English, can read and understand, very helpful for beginners)