lorentzfit

混沌阵子的simulink仿真程序，调节参数可以共振。(hundun，sinmulink)

分段卷积算法实现，并与基于DFT的线性卷积比较(Piecewise convolution algorithm, and compared with DFT-based linear convolution)

本程序基于2DIT-FFT变换，效果相当好，通俗易懂，适合初学者学习。(The program is based on 2DIT-FFT transform, the effect is quite good, easy to understand for beginners.)

VC++调用matlab画图，效果很好！值得看(VC++ Call matlab drawing, the effect is very good!)

说明：  逆变器的基础模型预测仿真，是电力电子比较先进的控制(The basic model predictive simulation of the inverter is a relatively advanced control of power electronics.)

整理了MATLAB、lingo、lindo的经典运用，使得新手能够更好的入门学习。(Compiled MATLAB, lingo, lindo classic use, so novices can learn a better entry.)

说明：  自己写的小脑模型与单神经元并行控制程序，适合初学者研究或改进(Write their own models and single-neuron cerebellar parallel control program, suitable for beginners study)

说明：  这个文件是为了模拟和预测各种各样的位移和压缩量。 (preditting the displacement)

PCM模型，利用simulink建立，可用于课程设计，直接在matlab中打开即可(PCM model)

由于传感器自身以及通信延迟等原因, 使得异步多传感器数据融合问题比同步问题的研究更 切合实际。 对连续时间系统在融合中心和各传感器节点分别进行异步离散化处理,离散后过程噪声与测 量噪声以及测量噪声之间相关,虽然相应连续时间系统中的噪声是不相关的。 最后推导了相关噪声情况 下的异步融合算法,仿真结果说明了算法的有效性。(Due to t he r easons of senso rs in it self and the communication delays, the r esearch of t he asy nchr onous multisensor da ta fusion pr oblem is mo re pr actical than t hat o f synchro no us one. Firstly t he continuo us-time system is discr etig ed in the fusio n center and all t he senso r nodes w it h differ ent sample interv al. T hen the measurement no ises are fo und to be co r related with each other and t he pr o- cess noise tho ugh the no ises of t he co rr espo nding continuo us-time sy st em ar e unco rr elat ed. Finally an asy nchr onous fusion algo r ithm is pr esented for the cor r elat ed noises case. Simulatio n results show t he v alidity o f the presented a lg or ithm)