LVQandSOM

matlab 有限元程序代码,能够供大家学习参考 (matlab finite element program code, good enough for them to learn information)

ransac程序，在他人的基础上改进，增进了速度，经过测试，可直接应用于遥感影像匹配去除误差较大点，希望对大家有用。(ransac program, others based on improvements and increased speed tested, can be directly applied to the remote sensing image matching remove errors larger point, and hope to be useful.)

this explains about the concept of channel and fading related to it and about the ofdm concept.

关于距离走动和距离走动校正的仿真程序，思路清晰，很有条理，赶紧下载吧。(About distance walking distance around and calibration of the simulation program ideas clearly, very organized, hurriedly download it )

this is a gud graph....method

Matlab与C混合编程实现Type2模糊系统，文献资料(Matlab and C mixed programming Type2 fuzzy systems, literature)

viterbi硬判决代码，用于卷积码译码(hard decision viterbi code for decoding convolutional codes)

PID控制算法和遗传算法混合编程，算出最优解，智能控制部分(PID control algorithm and genetic algorithm hybrid programming, calculate the optimum solution, part of intelligent control)

无速度传感器的矢量控制matlab simulink仿真图，仿真结果说明具有良好的自适应能力(Speed ​ ​ sensorless vector control Matlab Simulink simulation diagram, the simulation results has good adaptive capacity)

tpdsola algorithm,Synthesized speech can be produced by several different methods. All of these have some benefits and deficiencies that are discussed in this and previous chapters. The methods are usually classified into three groups: Articulatory synthesis, which attempts to model the human speech production system directly. Formant synthesis, which models the pole frequencies of speech signal or transfer function of vocal tract based on source-filter-model. Concatenative synthesis, which uses different length prerecorded samples derived from natural speech. The formant and concatenative methods are the most commonly used in present synthesis systems. The formant synthesis was dominant for long time, but today the concatenative method is becoming more and more popular. The articulatory method is still too complicated for high quality implementations, but may arise as a potential method in the future.