Best-matched-filtering

自适应算法,根据空域相邻块的运动水平,自适应地选择搜索策略,对于小运动块,充分利用中心偏置特性提高算法速度,对大运动块则利用多候选值算法力求得到真实的全局最小值,以确保对各种不同的图像序列都有较高的搜索速度和准确度(Adaptive algorithm, in accordance with the airspace adjacent to the level of block movement, adaptive search strategy to choose, for a small movement blocks, take full advantage of center-biased characteristics of algorithms improve the speed of movement of large pieces of the algorithm using multi-candidate seeks to be the true value of the overall situation minimum, to ensure a variety of image sequences have a high search speed and accuracy)

Induction motor fed by voltage inverter controlled by hysteresis PWM

已实现了MATLAB下的音频AGC，效果还可以，做起来才发觉比较简单，关键是要有高效的算法。如果能在实现AGC的同时做到噪音消除和回音消除，则效果更佳。(MATLAB has been achieved under the audio AGC, the effect can be done only to find relatively simple, the key is to have efficient algorithms. If you can do while in the realization of the AGC noise cancellation and echo cancellation, the better.)

16QAM调制解调系统，实现了星座图，眼图，功率谱密度，含有误码率曲线(16QAM modulation and demodulation system, realized the constellation diagram, diagram, power spectrum density, containing the bit error rate curve)

用声卡采集的模拟信号作为输入,然后fft变换,并且图形化的显示出来(sound card collection with the analog signal input, and then fft transform, and the graphics displayed)

An ideal SM control operates theoretically at an infi nite switching frequency so that the trajectory follows exactly the reference track

说明：  清华大学出版社出版的科学与工程计算技术丛书/MATLAB GUI程序设计得课件以及源代码(Science and Engineering Computing Technology Series/MATLAB GUI Programming Courseware and Source Code Published by Tsinghua University Press)

说明：  二维空间声源定位算法实现，短小精悍，一看就会(Implementation of FPGA-based two-dimensional spatial sound source localization algorithm)

huffman编码 图像压缩 RLE编码 建立哈夫曼树及遍历哈夫曼树的MATLAB程序(huffman coding image compression coding to establish Huffman and RLE Huffman tree traversal MATLAB program)

模式识别，聚类分析中的fuzzy_k_means算法。经调试可用。希望有用~(Pattern recognition, cluster analysis fuzzy_k_means algorithms. After debugging available. I hope useful ~)