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document on digital demodulation

源于外文书籍。本自学指导书提供了： 􀁺 上手 MATLAB 的最快方法 􀁺 几百个带有解答过程的工作实例 􀁺 覆盖了 MATLAB7 􀁺 每章章末配有习题，提高学习质量，查漏补缺。 􀁺 书末附有最终测试题 􀁺 为学习和工作节省时间提高效率 《MATLAB 揭秘》对初学者很容易，对高手有挑战性，是通往计算精度的捷径。(Derived from foreign language books. This self-study guide book provides: the 􀁺 started MATLAB fastest method 􀁺 the hundreds of examples cover 􀁺 the end of the MATLAB7 􀁺 each chapter by chapter with exercises to improve the quality of learning, the leak filled with answers to the process of Attached to the end of the 􀁺 book final test questions the 􀁺 to save time and improve efficiency MATLAB Secret " it is easy for beginners to learn and work, challenging to master, is a shortcut leading to the calculation accuracy.)

把三角函数的和 按周期的不同 把需要的周期函数 抽出来 相当于滤波器的作用(The trigonometric functions and the need to press the different cycles of periodic functions to extract the equivalent filter function)

用最小生成树的方法来求解最短的送货路径，并画出生成树图形(With the minimum spanning tree method to solve the shortest delivery path and draw spanning tree graph)

施密特正交化过程，根据文献中的方法进行matlab编程实现(Schmidt orthogonalization process)

利用有限差分软件Flac3d生成人工地震波，并用于岩土工程动力分析(Using finite difference software Flac3d generate artificial seismic waves, and for dynamic analysis of geotechnical engineering)

解一阶微分方程的matlab龙格库塔法计算程序算例(Solution of first-order differential equations Runge-Kutta method matlab program examples)

该代码仅计算了一个101×101尺寸的Gabor函数变换，得到均值和方差。代码采用两种卷积计算方式，从结果中可以看出，快速傅立叶变换卷积的效率是离散二维叠加和卷积的近50倍。 (The code is only the calculation of a 101 × 101 size Gabor function transformation, the mean and variance. Convolutional code using two methods of calculation can be seen from the results, fast Fourier transform convolution efficiency are two-dimensional discrete convolution superposition and nearly 50 times.)

MTI&MTD的matlaB程序实现，并进行实例演示(The MTI & MTD matlaB program and example demonstrates)

matlab实现FIR和IIR滤波器的设计，并作图显示(matlab FIR and IIR filter design and mapping display)