MATLAB

MIPS的解码表，及注释，学MIPS语言必备的基本资料(MIPS)

利用Maltab求解变参数lorenz方程,在非线性动力学和混沌研究中经常遇到类似的问题。本程序也可以求解类似的有变参数的微分方程系统如Chen system, Lv system, Rossler system 等。(use Maltab variational parameters lorenz equation, Nonlinear Dynamics and Chaos often encountered similar problems. The procedures also can be used to solve a similar change in the differential system parameters such as Chen system, Lv system, such as Rossler system.)

该程序实现了通信中16QAM的调制解调，并与理论误码率进行比较，证明仿真的正确性。(The program implements a 16QAM modulation and demodulation in a communication, with the theoretical bit error rate compared to prove the correctness of the simulation.)

此程序为测试窗函数宽度对时－频分辨率的影响，即测不准原理，对时间分辨率和频率分辨率只能取一个折中，一个提高了，另一个就必然要降低，反之亦然。(This procedure for the test window function width on- frequency resolution, that is, the uncertainty principle, the time resolution and frequency resolution can only take a compromise, an elevated, and the other is bound to reduce, and vice versa .)

[绝对可运行]异步电动机的直接转矩仿真（运行环境matlab6.5）有助于接触异步电动机的直接转矩控制的人快速熟悉直接转据的整个结构和具体方法([Absolute run] asynchronous motor direct torque simulation (operating environment matlab6.5) help contact asynchronous motor direct torque control of the people familiar with the direct transfer, according to fast the whole structure and the specific methods)

根据所限定的条件，绘制出并联机构运动空间图(accoring the limit you need to choose the available degree combinations)

说明：  模拟n束光束的干涉图像。可以是任意多束。偏振方向可以自己选取(Simulation of n-beam-beam interference image. Multi-beam can be arbitrary. Able to select the polarization direction)

fdtd 电磁计算 三维电磁仿真技术 电磁场计算 fdtd 算法(fdtd Em compute em field calculation )

matlab中魔术轮胎simulink模型，有参考文献和具体拟合参数。包括横向、纵向和横纵向耦合的情况，可以在workspace中进一步求解。(matlab in simulink magic tire model has references and specific fitting parameters. Including horizontal, vertical and horizontal situation longitudinal coupling can be further solved in the workspace.)

说明：  利用低通滤波器进行横条纹滤除，效果可以，最好进行一下后期处理，效果会更好。(Use of horizontal stripes of low pass filter filter, the effect can be desirable to look at post-processing, the effect will be better.)