gaishan

经典的正弦波频率估计Rife算法的IEEE原文(Rife classic sinusoidal frequency estimation algorithm of the original IEEE)

利用维特比算法求误码率，通信与信号系统专业常用代码，(The Viterbi algorithm seek error rate, communication and signal systems of professional commonly used code)

说明：  百度5.4.0基础定位jar包 可使用个性化地图(baidu map sdk v5.4.0 personal map)

一篇关于雷达的一些初级概念的很形象的解释，并带有计算方法(An article on some of the radar image of the primary concepts are explained, and with the calculation method)

光流法有很多种,这是一种最原始的光流法,需要更新可在其基础上进行改进(optical flow)

离散无记忆信源是一种最简单且最重要的信源，可以用完备的离散型概率空间来描述。本实验通过计算给定的信源的熵，加深对信源及其扩展信源的熵的概念的理解。(Discrete memoryless sources is one of the most simple and most important information source, can be used to describe a complete discrete probability space. In this study, by computing the entropy of a given source, to deepen understanding of the source and the expansion of the concept of entropy of the source. )

利用超模博弈论解决认知无线网中的频谱资源分配问题。(Use supermodular game theory to solve spectrum resources allocation problem in cognitive radio networks.)

matlab的元胞自动机程序的源代码,胞自动机程序状态演化规则 ①如果一个元胞的状态是0,则当它有状态为1的邻元时,该元胞的状态以概率a×b变为1,并且当它的临域中状态为1的邻元越多,其状态转变为1的概率越大 ②如果一个元胞的状态是1,则该元胞的状态保持不变。初始传播者位于中心单元格25×25处 取50×50的网格，临域为Moore型，经过50个仿真时钟,知识传播结果的模拟图 (matlab Cellular Automata procedure source code, cellular automata evolution rules of procedure state ① If a cell' s state is 0, then when it has a status of one element of the neighborhood, the cellular state to the probability of a × b into one, and when it' s Pro domain status is one more element of the neighborhood, its status into a greater probability of 1 ② If a cell' s state is 1, the cellular status remains unchanged. Initial spreaders center cell 25 × 25 obtain 50 × 50 grid, the Pro domain for the Moore-type, after 50 simulation clock, the dissemination of knowledge of the simulation results of Figure)

这个是收集的一个用matlab编写的车牌定位的程序，很好用的(This is a collection of plates prepared using matlab positioning procedures, good used)

分数阶差值，分数倍上采样，DUC模块中应用，在TVB2系统中仿真使用。(Fractional difference scores sampling times, DUC module applications, simulation using TVB2 system.)